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‘Security guards’

REGULATORY T-cells (Treg)  play the role of ‘security guards’ of the immune system by preventing other immune cells from mistakenly attacking our own body.
REGULATORY T-cells (Treg) play the role of ‘security guards’ of the immune system by preventing other immune cells from mistakenly attacking our own body. VALENTINA BRESCHI, SABRINA BLANCHARD, SYLVIE HUSSON, OLIVIA BUGAULT/AGENCE FRANCE-PRESSE
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PARIS, France (AFP) — The Nobel Prize in Medicine was awarded on Monday to Americans Mary Brunkow and Fred Ramsdell and Japan’s Shimon Sakaguchi for discovering how a particular kind of cell can stop the body’s immune system from attacking itself.

In the 1980s, Sakaguchi took T-cells from one mouse and injected them into another which had no thymus, where T-cells grow. The mouse was suddenly protected against autoimmune diseases, showing that something other than the gland must be able to fight off self-attacking T-cells.

In 2021, Brunkow and Ramsdell were able to prove that a mutation of the gene FOXP3 caused both scurfy — the males of a mutated strain of mice that only lived for a few weeks — and a rare autoimmune disease in humans called IPEX.

Scientists including Sakaguchi were then able to show that FOXP3 controls the development of regulatory T-cells or Tregs.

The discovery of Tregs has raised hopes of finding new ways to fight autoimmune diseases and cancer.

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