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Immunosenescence and Ageing

The Centre for Immunosenescence and Ageing investigates mechanisms that control the differentiation and senescence / ageing of human T lymphocytes. We were among the first to identify human regulatory T cells and show that they are maintained by a high rate of proliferation in vivo.

Our work

For the last 15 years, the Akbar Lab has focused on mechanisms of immune decline during ageing. We have identified a key role of p38 MAP kinase signalling in regulating both nutrient and senescence sensing pathways in human T cells.Ìý

We also developed new technology for investigating immunity in human skin in vivo that have been adopted by other research groups in both academia and the biotech industry. Current collaborations using these methods include the University of Arizona, The Rockefeller University (New York) and the National University of Singapore.Ìý

The interaction between clinicians and scientists leads to the translational aspects of our work. This has procured a £3.2M MRC Experimental Medicine Grant to investigate responses to recall antigen challenge in the skin of older humans after blocking p38MAP kinase.

Immunosenescence image 1 (TBC)

Immunosenescence image 2 (TBC)

Immunosenescence image 3 (TBC)

Immunosenescence image 4 (TBC)

Our experts

Professor Arne Akbar profile

Luciana Covre

Basic silhouette in a circle, in light grey

Olivia Bracken

Venkat Reddy

Basic silhouette in a circle, in light grey

Basic silhouette in a circle, in light grey

Mr Hugh Trahair

Terence Ma

Terence Ma (PhD student)

Polina Deletic

(PhD student)

Collaborators

  • Janet Lord, University of Birmingham
  • Tao Dong, University of Oxford
  • Menna Clatworthy, University of Cambridge
  • David Mosser, University of Maryland
  • James Krueger, The Rockefeller University
  • Karolina Palucka, The Jackson Laboratory
  • Paul Macaray, National University of Singapore
  • Jonathan Crowston, National University of Singapore

Selected publications

  1. Lanna A, Gomes DCO, Muller-Durovic B, et al. (2017).Ìý Nat Immunol. 2017;18(3):354-363.
  2. Pereira BI, De Maeyer RPH, Covre LP, et al. (2020).Ìý 2020;21(6):684-694.
  3. Chambers ES, Vukmanovic-Stejic M, Shih BB, et al. (2021).Ìý Nat Aging. 2021;1(1):101-113.
  4. PearceÌýDRR,ÌýAkarcaÌýAUU,ÌýDe MaeyerÌýRPH,Ìý¸é±ð»å»å²âÌý³Õ,Ìý´¡°ì²ú²¹°ùÌý´¡±·±·, et al. (2023) . Front. Oncol., Vol. 13.

  5. Haston S,ÌýGonzalez-GualdaÌýE,ÌýMorsliÌýS ...ÌýAkbar, AN, et al.Ìý(2023). . Cancer Cell, Vol. 41 (7), pp. 1242-1260.e6.

  1. ³¢²¹±è³ó²¹²Ô³Ü·É²¹³ÙÌý±Ê,Ìý³Ò´Ç³¾±ð²õÌý¶Ù°ä°¿,Ìý´¡°ì²ú²¹°ùÌý´¡±·Ìý(2023). . Immunological Reviews, VolÌý316 (1),Ìýpp. 160-175.
  2. PallettÌýLJ,ÌýSwadlingÌýL,ÌýDinizÌýM,ÌýMainiÌýAA ...Ìý´¡°ì²ú²¹°ùÌý´¡, et al.Ìý(2023). . Nature 614, 334–342.
  3. LannaÌýA,ÌýVazÌýB,ÌýD'AmbraÌýC,ÌýValvoÌýS ... ´¡°ì²ú²¹°ùÌý´¡±·, et al.Ìý(2022). . Nat Cell Biol, 24, 1461–1474.
  4. De MaeyerÌýRPH,Ìý´¡°ì²ú²¹°ùÌý´¡±·Ìý(2022). . Nat Aging 2, 280–281 (2022).
  5. ¹ó¾±²¹°ù»åÌý³Ò,Ìý³§³Ù²¹±¹°ù¾±²Ô¾±»å±ð²õÌý³Õ,Ìý°ä³ó²¹³¾²ú±ð°ù²õÌý·¡³§,Ìý±á±ð²¹±¹±ð²âÌý³§,Ìý¹ó°ù±ð±ð³¾²¹²ÔÌý´¡,Ìýµþ²¹±ô±ôÌý¸é,Ìý´¡°ì²ú²¹°ùÌý´¡±·Ìý(2021). . Nat Rev Urol 18, 597–610.

Funding and partnerships

Logo for BBSRC (navy / pink / yellow)

The logo for the URKI Medical Research Council. A quadrilateral, with 'UKRI' over navy on the left, and two teal portions on the right.

EPSRC logo

Leo Foundation Logo

British Skin Foundation logo (a blue handprint surrounded by the foundation name in a circle)

Newton Fund logo (blue square with a cross-section of interlinked rinks)

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Contact DetailsÌý

Professor Arne AkbarÌý
a.akbar@ucl.ac.ukÌý

Postal Address:Ìý
¹û¶³Ó°ÔºÌý
Windeer Institute
43 Clevelan StÌý
London
W1T 4JF