The transcriptomic analysis for Usp18 heterozygous depletion in established AML1/ETO 9a leukemia mouse model [AE9a_RNA-seq II]

Usp18 is a potent negative reguator of type I IFN signaling. However, it is not well characterized how Usp18 affects IFN stimulated genes (ISGs) induction in AML in mouse model. Here, we analyzed the transcriptomic data when combined with heterozygous depletion of USP18, which phenotypicaly reduce AE9a leukemia progression. Usp18+/f UBCER-Cre AML1/ETO 9a leukemia cells were transplanted into recipient mice. After mice become sick, oil or tamoxifen were injected to heterozygously deplete Usp18. Three days after first injection, Lin- c-kit+ AML cells were sorted from mouse splenocytes. Then performed RNA-sequencing of control (Oil) and USP18KD (Tam) RNA. For RNA-sequencing, 3 biological replicates were prepared for each condition. This biological replicates were also processed for ATAC-seq. This RNA-seq is the another batch of same setting RNA-seq (GSE165424).