… by tissue-resident memory T cells (T RM cells), which are adapted … human white matter-derived
brain CD8 + T cells can be subsetted into CD103 − CD69 + and CD103 + CD69 + T cells …

… current knowledge of human memory T cells. We describe … investigate how memory T cells
are organized in human tissue … of T cell subsets and their specificities within the human body …

… memory T cells, exploring how these cells contribute to healthy immune function and discussing
what is known about how these cells contribute to human … all T and B cells in the body, …

… The human body is separated from the outside world by barrier surfaces that carry out many
… contain most the body's memory T cells. Other tissues, such as the brain, bone marrow and …

… brains imprinted a chronic inflammatory signature that consisted of brain-resident memory
T cells … In mouse and human brain, CCL5 + T RM were located predominantly to sites of …

… of memory T cells: tissue-resident memory T cells, or T RM cells. Under physiological
conditions, T RM cells … Whether such T RM cells can form in human brain after viral infection is …

… tissues in the body based on patterns of memory T-cell … CCR7+ memory T cells, termed central
memory T cells (T … , while CCR7 − memory T cells, named effector memory T cells (T EM ), …

… This is a drastic reversal of the current concept that memory T cells recirculate throughout
the body to find their cognate antigen, presented to them by APCs in SLOs. If …

… Chemokines and their receptors may be implicated in leukocyte ingress into brain during …
+ memory T lymphocytes during diapedesis, we used an in vitro model of the blood–brain …

… Here we provide an extensive analysis of the phenotypic profile and spatial localization of
human brain T cells in relation to the post-mortem pathology of advanced multiple sclerosis. …