In this interview, News Medical speaks with Olivier Negre, Chief Scientific Officer at Smart Immune, about how immunotherapy ...

CD8 T cells lacking Tet1/3 preferentially differentiate into short-lived effector and effector memory cells following acute ...

The thymus produces T cells, which help the body to fight infection ... research say their findings could be significant in the development of immune-boosting therapies for over-60s and those ...

Negative selection in fetal thymus clonally deletes many self-reactive T cells, permanently removing ... factor regulating genes implicated in Treg development was confirmed.

Progenitors of intraepithelial T cells (IELps) migrate from the thymus to the intestines after ... landscape of CD4 + and CD8 + T cells during development and differentiation.

New research shows how a specially trained population of immune cells keeps the peace by preventing other immune cells from attacking their own. The study provides a better understanding of immune ...

Author for correspondence Tel.: +44 191 222 5462 steven.o'[email protected] T cells develop in the thymus, where they undergo positive and negative selection to produce a nonself-binding T ...

He uses mouse models to study the thymus, the organ in which specialized immune cells called T cells mature. His goal is to apply his findings to develop new therapies to promote immunity in cancer ...

The team’s study results, published today in the journal Immunity, outline their discovery of a specific type of regulatory T cell that can home back into the thymus and repair the organ when it's ...

The thymus gland is part of our lymphatic system. It’s involved in the development of a type of white blood cell called a T lymphocyte. These white blood cells are part of your immune system. They ...

Thymic carcinoma, a rare cancer, is often associated with poor prognosis in advanced or recurrent stages. However, its rarity has delayed the development of novel pharmacotherapy. Now, researchers ...