Expression profiling with RNA-seq between mTORC1 high and low AML cells. Expression profiling with RNA-seq between mTORC1 high and low AML cells

We reported the expression profiling between mTORC1 high and low mouse AML cells with MLL-AF9 utilizing a novel fluorescent probe named mVenus-TOSI (TOr-Signal-Indicator). For this purpose, 3 mTOR high (mVenus low) and 4 mTOR low (mVenus high) Mouse AML cells were harvested from 4 mice. The transcriptomic profiles were distinctive and gene ontology analysis revealed that mTORC1 activity was associated with differentially expressed immune response and metabolism related genes. Further, gene signature enrichment analysis (GSEA) validated that the mTORC1 signal signature correlated with mTORC1 activity and that leukemia stem cell (LSC), Myc, and cell cycle related signatures were enriched in mTORC1 high cells. Overall design: Examining expression profilng between 3 mTORC1 high and 4 mTORC1 low AML cells with RNA-seq