… For this review, we will focus on factors regulating type I effector and memory cell fate in
CD8 T cells, since type I associated cytokines have been shown to be necessary for antitumor …

… Thus, the degree of inflammation, and therefore the amount of cytokines such as IL-12,
directs memory and effector CD8 + T cell fates via a graded expression of T-bet [26]. …

… in cell fates after division one leads to only 5%–20% of the clonal T cell burst entering the
memory T cell pool. … Molecular and functional profiling of memory CD8 T cell differentiation. …

… compartment and classifications of memory CD8 T cell subsets with defined and discrete …
stable circulatory memory CD8 T cells are defined by the age of memory CD8 T cell (or time …

… in CD8 T cells, and the basic principles that underlie chromatin remodeling, transcription,
and cell fate … of naive CD8 T cells determines the development of memory cells might provide …

… Thus, our data suggest that cell fate determination in memory CD8 T cells operates
according to an expression gradient of specific microRNAs. This does not exclude a synergy …

… Early cell fate determination model of effector and memory CD8 + T-… responding CD8 + T
cells to differentiation toward one cell fate or another: terminal effector cell or memory precursor. …

… effector and memory T cells are formed is … of CD8 T cell differentiation upon acute infection,
with a focus on the transcriptional and epigenetic regulation of cell fate decision and memory …

… In connection, we refine paradigms of transcription factor-mediated regulation of memory T
cell fate. To date, T-bet (11), Blimp1 (15, 16), Zeb2 (17, 18), Stat4 (19), and Id2 (20–23) have …

… memory T cell generation have been extensively analyzed, the impact of heterochromatin-dependent
gene expression silencing on the fates … of memory CD8 + T cell stemness, plasticity…