12uterus6557FalseE-GEOD-30968mousegene-expression-profiling-of-uterine-epithelial-ceGene expression profiling of uterine epithelial cells isolated from Msx1Msx2 floxed and Msx1Msx2 ablated mice on day 4 of pregnancy246558FalseE-GEOD-30969mousegene-expression-profiling-of-uterine-stromal-and-eGene expression profiling of uterine stromal and epithelial cells isolated from Msx1Msx2 floxed and Msx1Msx2 ablated mice on day 4 of pregnancy12estrogenfibroblasthelixstromauterus6295FalseE-GEOD-25881mousegene-expression-profiling-of-uterine-stromal-cellsGene expression profiling of uterine stromal cells isolated from Hand2 floxed and Hand2 ablated mice on day 4 of pregnancy12fibroblaststromauterus6556FalseE-GEOD-30966mousegene-expression-profiling-of-uterine-stromal-cel-2Gene expression profiling of uterine stromal cells isolated from Msx1Msx2 floxed and Msx1Msx2 ablated mice on day 4 of pregnancy16breastbreast cancercancerglandline6825FalseE-GEOD-36665mousegene-expression-profiling-of-wwox-targeted-ablatioGene expression profiling of Wwox targeted ablation in mouse mammary epithelial cells212braincelldemyelinating diseasediseasedura materencephalomyelitisgenomemast cellmultiple sclerosisneutrophilpia materproximalskullspinal cord6843FalseE-GEOD-37191mousegene-expression-profiling-reveals-mast-cell-dependGene expression profiling reveals mast cell-dependent inflammation in the meninges in early EAE.06distalgenomeheartinferiorsuperiortract7645FalseE-GEOD-57951mousegene-expression-regionalization-in-the-outflow-traGene expression regionalization in the outflow tract of the mouse heart124genome5435FalseE-GEOD-11961mousegene-expressions-of-memory-b-cells-and-other-typeGene expressions of memory B cells and other type of B cells18aortaarteryductus arteriosusperipheralplacentapointpulmonary artery7469FalseE-GEOD-51664mousegene-profiling-in-mouse-fetal-ductus-arteriosusGene Profiling in Mouse Fetal Ductus Arteriosus312cellmusclesatellite cellstem cell5639FalseE-GEOD-15155mousegene-profiling-of-quiescent-and-activated-skeletalGene profiling of quiescent and activated skeletal muscle satellite cells by an in vivo approach