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JANG, JIN AH (장진아)
Dept. of Creative IT Engin.(창의IT융합공학과)
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SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||SCAFFOLD:2||ENGINEERING HYDROGELS:1||PLATFORM:1||CULTURE:1||HETEROGENEITY:1||TEMOZOLOMIDE:1||EXTRACELLULARMATRIX:1||ORGANSONCHIPS:1||MICROVASCULAR NETWORKS:1||INJURY:1||FABRICATION:1||BRAIN:1||SENSITIVITY:1||SKELETALMUSCLE:1||DRUG DISCOVERY:1||BONE REGENERATION:1||VASCULARIZED BONE:1||SOFTTISSUE REGENERATION:1||EXTRACELLULARMATRIX BIOINK:1||STEMCELLS:1||CELLS:1||INTEGRATION:1||decellularized extracellular matrix (dECM):1||INVITRO:1||advanced tissue fabrication:1||3D cell printing:1||bioink:1||CANCER:1||
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