The molecular mechanisms that control the conversion of naive resting T cells into memory-phenotype cells TCR-dependent in normal animals are beginning to be understood. This article reviews ...

The loss of naive T cells with age is from deterioration ... and two broad types of cells exist to protect us: Naïve T cells and memory T cells. Naïve T cells are new recruits; they've neither ...

While naïve T cells lacked the disease-fighting imprinting of memory cells, they became more effective when RUNX2 was added. They also lived longer and the gene protected them against exhaustion ...

T naive cells (T N), T central memory cells (T CM), T stem cell-like memory cells (T SCM), T effector memory cells (T EM), T transitional memory cells (T TM), T effector memory cell re-expressing ...

While naïve T cells lacked the disease-fighting imprinting of memory cells, they became more effective when RUNX2 was added. They also lived longer and the gene protected them against exhaustion ...

The results of the research team revealed a particular epigenetic signature in memory cells, resulting in the rapid activation of a crucial set of genes compared to naive cells. These genes were ...

CD4+ T cells fall into two different categories: naive cells and memory cells. Naive cells become memory cells when exposed to a pathogen. These memory cells then lead other immune system cells ...

Subjects received CD34-selected PBSC and a defined dose of memory T cells depleted of T N ... matched unrelated donors; T N, naive T cells; UCB, umbilical cord blood. Patients provided informed ...

CD4+ T cells, or helper T cells, are one type of lymphocyte that helps coordinate the immune response against infection and disease. They interact and activate other cells in the immune system.

In the article that accompanies this editorial, Bleakley et al 1 summarize their experience with three separate trials demonstrating that depletion of naïve CD45RA+ T cells from donor grafts before ...