THRILLED to introduce "Phenotype Algebra" by SCellBOW, which enables adding and subtracting cells/phenotypes from each other. We show how Phenotype Algebra can be used for the subclonal grading of a tumor. Cudos to @NamrataMunia, and the team. #singlecell
https://t.co/iwBkGCGqEf
Talk by our lab @lab_sengupta alumni @krishan57gupta about their recent published paper in #ScienceAdvances , StripeDiff: A model-based algorithm for differential analysis of chromatin stripe. It was fascinating to hear about the cutting-edge research being conducted by him.
We, in a first, demonstrate cancer-associated coding variants (including passengers) are fundamentally different from SNVs observed in disease-free individuals. #cancer@TCGA#exac#DeepLearning#NLP
Preprint: https://t.co/7q5x5OnkgP
We, in a first, demonstrate cancer-associated coding variants (including passengers) are fundamentally different from SNVs observed in disease-free individuals. #cancer@TCGA#exac#DeepLearning#NLP
Preprint: https://t.co/7q5x5OnkgP
UniPath: A uniform approach for pathway and gene-set based analysis of heterogeneity in single-cell epigenome and transcriptome profiles https://t.co/bno4BNTZg7