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LEE, SEUNG JAE (이승재)
Dept of Life Sciences(생명과학과)
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CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL:1||KINASE:1||CDNA:1||RHODOPSIN PHOSPHORYLATION:1||DEFECTIVEMUTANTS:1||Monopulse radar:1||Angle estimation:1||Phase comparison:1||bacterial immunity:1||cytosol:1||gene silencing:1||priority journal:1||RNA translation:1||INTEGRATIVE ANALYSIS:1||protein kinase R:1||eIF2 Kinase:1||HEK293 Cells:1||RNA, Transfer, Met:1||C. elegans:1||NATURAL VARIATION:1||MTOR:1||GLYCEMIC INDEX:1||DEGENERATION:1||INAD:1||PROTEINS:1||CAENORHABDITISELEGANS:9||Caenorhabditis elegans:8||LIFESPAN:8||aging:6||PROTEIN:5||GENEEXPRESSION:4||C. elegans:4||RNA:3||Pseudomonas aeruginosa:3||C. ELEGANS:3||SIGNALING PATHWAY:3||GENES:3||LONGEVITY:3||longevity:3||Article:3||CELEGANS:3||Aging:3||TRP:3||controlled study:3||DAF16:3||mitochondria:2||INCREASING OXIDATIVE STRESS:2||insulin/IGF1:2||RESISTANCE:2||mitogen activated protein kinase p38:2||animal:2||GENETICANALYSIS:2||immunity:2||RNA helicase:2||SYSTEMS BIOLOGY:2||NEMATODE CAENORHABDITISELEGANS:2||genetics:2||EXPORT FACTOR:2||ROLES:2||nervous system:2||chaperonin 60:2||METABOLISM:2||MUTANTS:2||protein:2||nonhuman:2||Caenorhabditis elegans protein:2||CHANNEL:2||ACTIVATED PROTEINKINASE:2||BINDINGPROTEIN:2||UNCOUPLING PROTEIN2:2||HYPOXIAINDUCIBLE FACTOR:2||ROD PHOTORECEPTOR CELLS:2||unclassified drug:2||Humans:2||initiation factor:2||reactive oxygen species:2||YEAST:2||IDENTIFICATION:2||ELECTRONTRANSPORT:2||human:2||Caenorhabditis elegans Proteins:2||RECEPTOR:2||HYPOXIA:2||EXPRESSION:2||BINDING:2||mutation:2||RNA interference:2||protein binding:2||MECHANOSENSORY TRANSDUCTION:2||CHEMOTAXIS:2||FOXO:2||DATA INTEGRATION METHODOLOGY:2||GENE:2||PHOTOTRANSDUCTION:2||Animals:2||BETAAMYLOID PEPTIDE:1||OXYGEN SPECIES GENERATION:1||VISUAL ARRESTIN:1||RECEPTOR ENDOCYTOSIS:1||microarray:1||DEVELOPMENTAL AGE:1||MOTORACTIVITY DECLINE:1||AGERELATEDCHANGES:1||MITOCHONDRIAL:1||Mutual interference:1||DNA:1||PMK 1 protein:1||mitochondrial protein:1||gene interaction:1||metabolism:1||Protein Binding:1||life history:1||P53DEPENDENT PATHWAY:1||ROS:1||POPULATIONS:1||Mitochondria:1||RETINALDEGENERATION:1||DROSOPHILA PHOTORECEPTORS:1||retinal degeneration:1||rhodopsin:1||Monopulse:1||Multiple targets:1||adult:1||STEP:1||mitogen activated protein kinase kinase 4:1||Enterococcus faecalis:1||gene overexpression:1||transgenic animal:1||Chaperonin 60:1||p38 MitogenActivated Protein Kinases:1||CHAPERONE:1||eukaryotic initiation factor 5B:1||eukaryotic initiation factor5B:1||molecular evolution:1||South Korea:1||RESTRICTIONINDUCED LONGEVITY:1||STRESS RESISTANCE:1||DOMAIN:1||Drosophila:1||tetraspanin:1||ARRESTIN:1||DROSOPHILA:1||RETINA:1||Antenna beams:1||Independent component analyses (ICA):1||Loss in detections:1||somatomedin C receptor:1||quality control:1||genetic transcription:1||mutant:1||Animalia:1||animal cell:1||Animals, Genetically Modified:1||Mitochondrial Proteins:1||HSP90:1||methionine transfer RNA:1||protein expression:1||NUCLEOTIDEGATED CHANNEL:1||tyrosine transfer RNA ligase:1||DEPENDENT PROBE AMPLIFICATION:1||CESSCP:1||MLPA:1||daf2/insulin/IGF1 signaling:1||sek 1 protein:1||SEK1 protein, C elegans:1||enzyme activity:1||Escherichia coli:1||mitochondrion:1||signal transduction:1||initiation factor 2:1||protein function:1||Western blotting:1||ENDOTHELIALCELLS:1||Elc1:1|| Protein homeostasis:1||EVOLUTION:1||POLYMORPHISM:1||PLEIOTROPY:1||TRANSCRIPTION FACTOR:1||SPAN EXTENSION:1||Reactive oxygen species:1||ELECTRONTRANSPORT CHAIN:1||PROTEIN DAF16:1||BINDING PROTEIN:1||DEGENERATIONC RDGC:1||phototransduction:1||DROSOPHILAMELANOGASTER:1||PHOTORECEPTOR CELLS:1||REPRODUCTIVE DEVELOPMENT:1||NUCLEAR RECEPTOR:1||insulin:1||down regulation:1||Nonsensemediated mRNA decay:1||TRANSCRIPTION FACTORS:1||amino acid sequence:1||protein domain:1||protein protein interaction:1||sequence homology:1||Amino Acid Sequence:1||Eukaryotic Initiation Factors:1||MITOCHONDRIA:1||GLYCEROL CHANNEL:1||HEATSHOCK FACTOR:1||INSULIN:1||PHOTORECEPTOR CELL:1||SCALLOP MYOSIN:1||COMPLEX:1||ACTINFILAMENTS:1||SANTIGEN:1||HEATSHOCKFACTOR:1||Antennas:1||hormone:1||nematode:1||PCR:1||unfolded protein response:1||immunology:1||initiation factor 2alpha:1||HEK293 cell line:1||Sequence Homology, Amino Acid:1||meeting report:1||PROGERIA:1||Hypoxiainducible factor 1:1||INSULINRECEPTOR:1||FATBODY:1||Dietary restriction:1||TRANSCRIPTIONAL COACTIVATOR PGC1ALPHA:1||Target of rapamycin (TOR):1||GENEEXPRESSION PROFILE:1||MICE:1||DETERMINANT:1||BEHAVIOR:1||NEMATODE:1||HUMAN LONGEVITY:1||OXIDATIVE STRESS:1||TRANSLOCATION:1||ADAPTATION:1||NERVOUSSYSTEM:1||WILDTYPE:1||Independent component analysis:1||animal tissue:1||nonsense mediated mRNA decay:1||smg2:1||mitogen activated protein kinase kinase 3:1||upregulation:1||MAP Kinase Kinase 4:1||MAP Kinase Signaling System:1||complex formation:1||translation initiation:1||Blotting, Western:1||Eukaryotic Initiation Factor2:1||Mutation:1||RNA Interference:1||CELLULAR SENESCENCE:1||DOWNREGULATION:1||SPAN:1||SENESCENCE:1||LIFESPAN EXTENSION:1||FEMALE SHR MICE:1||CALORIE RESTRICTION:1||CALCIUM CHANNELS:1||CA2+ CHANNEL
