{"cohort":"TCGA Endometrioid Cancer (UCEC)","url":"http://rabit.dfci.harvard.edu/download/","dataSubType":"Transcription factor regulatory impact","citation":"Proc Natl Acad Sci U S A. 2015","label":"GAV2, by RABIT","author":"Peng Jiang, Matthew L. Freedman, Jun S. Liu, X. Shirley Liu","articletitle":"Inference of transcriptional regulation in cancers","name":"RABIT/separate_processed/RABIT_UCEC.GA.V2","dataproducer":"Peng Jiang, Matthew L. Freedman, Jun S. Liu, X. Shirley Liu","type":"clinicalMatrix","pmid":26056275,"description":"Regulatory impact of each Transcription Factor (TF) on tumor specific gene expression patterns calculated by the RABIT tool. The column names are TF names, and the row names are TCGA sample IDs. RABIT uses a linear model t-value (coefficient / stderr) to represent the TF regulatory impact to gene expression in each tumor, and show the t-value in each matrix cell. A positive t-value indicates the TF up-regulates its target genes and a negative value indicates the TF down-regulate its target genes."}

{"cohort":"TCGA Endometrioid Cancer (UCEC)","url":"http://rabit.dfci.harvard.edu/download/","dataSubType":"Transcription factor regulatory impact","citation":"Proc Natl Acad Sci U S A. 2015","label":"GA, by RABIT","author":"Peng Jiang, Matthew L. Freedman, Jun S. Liu, X. Shirley Liu","articletitle":"Inference of transcriptional regulation in cancers","name":"RABIT/separate_processed/RABIT_UCEC.GA","dataproducer":"Peng Jiang, Matthew L. Freedman, Jun S. Liu, X. Shirley Liu","type":"clinicalMatrix","pmid":26056275,"description":"Regulatory impact of each Transcription Factor (TF) on tumor specific gene expression patterns calculated by the RABIT tool. The column names are TF names, and the row names are TCGA sample IDs. RABIT uses a linear model t-value (coefficient / stderr) to represent the TF regulatory impact to gene expression in each tumor, and show the t-value in each matrix cell. A positive t-value indicates the TF up-regulates its target genes and a negative value indicates the TF down-regulate its target genes."}