identification-of-chondrocyte-subsets-during-humanIdentification of chondrocyte subsets during human development15articular cartilagechondrocytejointlimbosteoarthritissuperficialsuperiorsurfacehumanFalseE-GEOD-5181221871the-transient-chondrocyte-phenotype-in-osteophyticThe transient chondrocyte phenotype in osteophytic cartilage - a role of PEDF?6articular cartilagecellchondrocytehumanFalseE-GEOD-4392325541transcription-profiling-by-array-of-chondrocytes-fTranscription profiling by array of chondrocytes from human fetuses with thanatophoric dysplasia11achondroplasiaappendicular skeletonbonecellchondrocytecraniosynostosisfibroblastglycosaminoglycanhypochondroplasiamedialproteoglycanskeletonspindlethanatophoric dysplasiahumanFalseE-MEXP-227651421spatial-regulation-of-gene-expression-in-articularSpatial Regulation of Gene Expression in Articular Cartilage Assessed by Laser Captured Microdissection and Microarray14articular cartilagechondrocytedeepintegrinproximalsuperficialmouseFalseE-GEOD-5199474781tgf-beta-and-bmp-mediated-gene-expression-in-cultuTGF-beta and BMP mediated gene expression in cultured sclerotome.9axialaxial skeletonchondrocyteskeletonmouseFalseE-GEOD-1864858702mouse-c2c12-cells-treated-withwithout-hbmp2Mouse C2C12 cells treated with/without hBMP23bonechondrocytecraniallimbosteoblastmouseFalseE-GEOD-3356766811gene-expression-in-embryonic-intervertebral-disc-aGene expression in embryonic intervertebral disc and vertebrae.13axialaxial skeletonchondrocyteskeletonmouseFalseE-GEOD-1864758692transcription-profiling-of-mouse-chondrocytes-obtaTranscription profiling of mouse chondrocytes obtained from CD1 mice were retead with MEK/ERK pathway inhibitors15chondrocytehistonemouseFalseE-GEOD-848878870transcription-profiling-of-mouse-embryonic-e165-teTranscription profiling of mouse embryonic E16.5 temporomandibular joint9cellchondrocytecondylegenomehiphip jointjawjointlcmshouldersynovial jointmouseFalseE-GEOD-1747357750transcription-profiling-of-human-chondrocytes-antiTranscription profiling of human chondrocytes antirheumatic drug response: potential molecular targets to stimulate cartilage regeneration20arthritischemokinechondrocytecytokinediseasegenomerheumatoid arthritishumanFalseE-GEOD-1286014960