Transcriptome changes caused by Phf6 deletion in Committed leukemic cells from the retroviral-HoxA9 AML mouse model [RNA-seq Committed leukemic cell]

Hematopoietic conditional knockout (cKO) of Phf6 in a mouse retroviral-HoxA9 AML model led to increased transplantability. We performed bulk RNA-Seq on the 'committed' population (c-Kit+, Ly6C+) sort purified from primary recipients of HoxA9-transduced Ctrl (Vav-Cre/+, Phf6 +/Y marrow transduced with HoxA9) and cKO cells (Vav-Cre/+, Phf6 flox/Y marrow transduced with HoxA9) 8 weeks after transplantation. Our results reveal that Phf6 deletion has minimal effects on the transcriptome of the committed population (see separately deposited series for effects on the transcriptome of leukemia initiating [LIC-e] cells). Overall design: RNA-Seq of Committed Leukemic cells (c-Kit+, Ly6C+) sort purified from the bone marrow of primary recipient of HoxA9-transduced Ctrl and Phf6 cKO cells 8 weeks after transplantation.