… -bet and Eomes cooperate at a molecular level to promote CD8 + memory T cell generation
and maintenance [6] suggesting that these two transcription factors have overlapping roles …

… Therefore, it is increasingly evident that along with generation of robust effectors cells, it may
be essential to generate memory T cells that have the capacity to persist and guard the host …

… to identify tissue resident memory T cells (Trm) have shown that, unlike circulating cells, Trm
… Future studies should more closely examine the innate and adaptive immune factors that …

… fate of activated CD8 + T cells into either effector or memory … T cells ([Tn] CD44 lo CD62L
hi ) and effector memory T cells ([… memory T cells is confounded by the inclusion of Tvm cells. …

… memory T cells is related to cell-fate decisions in the immune response, such as the generation
long-lived memory T cells. … in antiviral T cell populations gives rise to T cell subsets with …

… Conversely to naive T cells, the fate of memory T cells is predetermined and, as a consequence,
memory T cells can quickly respond and expand upon antigen challenge, deploying an …

… In summary, we have identified two subsets of human stem-like CD8 + memory T cell
progenitors with distinct fate commitments and lineage relationships. Although further work is …

… In summary, these data indicate that naïve CD8 T cells contact activated memory T cells
and acquire an activated/memory phenotype via an MHC-I-dependent mechanism albeit …

… As our understanding of T cell states and fates has expanded, … We next utilized this revised
memory T cell nomenclature to … memory T cells with an emphasis on contrasting terminal-Tem …

… -populations of cells exist in the naive CD8 + T cell pool that are … These data demonstrate
that the naive CD8 + T cell pool is … effector and memory T cell subsets that arise after infection. …