Numb variant specific transcriptome analysis24breastbreast cancercancerhumanFalseE-GEOD-291374080numb-variant-specific-transcriptome-analysis2Oncogenic Activation Of FOXR1 by 11q23 Intrachromosomal Deletion-Fusions In Neuroblastoma13cellchromosomecrestlineneural crestneuroblastomanucleotideosteosarcomaproximalstem cellhumanFalseE-GEOD-296344112oncogenic-activation-of-foxr1-by-11q23-intrachromo2Oncogenic BRAFV600E remodels the melanocyte transcriptome and induces BLNCR1 to regulate melanoma cell migration3cellmelanocytemelanomahumanFalseE-GEOD-371694463oncogenic-brafv600e-remodels-the-melanocyte-tran-22Oncogenic BRAFV600E remodels the melanocyte transcriptome and induces BLNCR1 to regulate melanoma cell migration [Affymetrix]3cancercellmelanomaproteinskinskin cancerhumanFalseE-GEOD-371324462oncogenic-brafv600e-remodels-the-melanocyte-transc1Ontogeny of CD24 expression in the human fetal kidney5cellepithelial cellinterstitiumkidneylinemetanephrosnephronsurfacetracturinary tract obstructionhumanFalseE-GEOD-189693489ontogeny-of-cd24-expression-in-the-human-fetal-kid2Optic Vesicle Structures Derived from Human Pluripotent Stem Cells Facilitate a Customized Approach to Retinal Disease Treatment6cellembryonic stem cellforebrainhandstem cellhumanFalseE-GEOD-292374083optic-vesicle-structures-derived-from-human-plurip1OTX2 drives medulloblastoma proliferation via direct regulation of cell cycle genes and inhibits differentiation24braincellcerebellummedulloblastomahumanFalseE-GEOD-228753743otx2-drives-medulloblastoma-proliferation-via-dire3Overexpression of USF1 in HEK293T cells6humanFalseE-GEOD-173003359overexpression-of-usf1-in-hek293t-cells0Oxidoreductase transcript data from human umbilical vein endothelial cells1umbilical veinveinhumanFalseE-GEOD-221663682oxidoreductase-transcript-data-from-human-umbilica0OXPHOS complex I deficiency leads to transcriptional changes of the Nrf2-Keap1 pathway and selenoproteins.20diseasegenomelactic acidosisleigh syndromemembranemyopathyskinstrokesyndromehumanFalseE-GEOD-270413952oxphos-complex-i-deficiency-leads-to-transcription4