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New research from Dr Richard Williams’ group at the Kennedy Institute suggests a route for the development of more selective – and effective – therapies for immune-mediated inflammatory disease.

Artists representation of T lymphoyctes. Signalling through TNFR2 receptor maintains Foxp3 expression in suppressor T lymphocytes.
Srinivasa Rao Rao

Srinivasa Rao Rao

MBBS, MS (res), DPhil, AFHEA Srinivasa Rao Rao - Senior Researcher in Cancer Genomics

Ioana Marian

Ioana Marian

MSc Ioana Marian - OCTRU Senior Medical Statistician

Ghada Alsaleh

Ghada Alsaleh

PharmD/PhD Ghada Alsaleh - Associate Professor

Maria Granell Moreno

Maria Granell Moreno

Maria Granell Moreno - Equality, Diversity and Inclusion Manager

Zifeng Qiu

Zifeng Qiu - DPhil student

Yayun Tan

Yayun Tan - DPhil student

Zi Jian Lau

Zi Jian Lau - BM-DPhil Student

Kyli McKee

Kyli McKee - DPhil student

Acer Blake

Acer Blake - DPhil student

Shuyang Xu

Shuyang Xu - DPhil student

Christopher Horton

Christopher Horton - DPhil student

Emry Cohenour

Emry Cohenour - DPhil student

Catherine Harper

Catherine Harper - DPhil student

Aleksandra Sukova

Aleksandra Sukova - DPhil student

Wonderful Khumalo

Wonderful Khumalo - DPhil student

Sophia Wakefield

Sophia Wakefield - DPhil student

Jonny Gondzic

Jonny Gondzic - DPhil student

Sara Lyden

Sara Lyden - DPhil student

Ines Battle

Ines Battle - DPhil student

Helen Tesfaye

Helen Tesfaye - DPhil student

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TNF receptor 2 signaling prevents DNA methylation at the Foxp3 promoter and prevents pathogenic conversion of regulatory T cells

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