Research, led by Edward Jenkins at the Kennedy Institute @kiroxford.bsky.social, has revealed how one of the immune system’s most important regulatory pathways operates at the earliest moments of T cell activation.
What a brilliant couple of days at the Kennedy Institute Postdoc Symposium! An opportunity to share research and look for new collaborations! 🔬🧬🥼🧫
Another brilliant Botnar Institute Student Symposium!
Thank you to the wonderful students of the Botnar for sharing your research with such enthusiasm and style! 🔬🥼🧫🦴
The STEpUP OA study found that osteoarthritis is not a collection of separate diseases, but a single condition with common core underlying biological pathways. https://www.ndorms.ox.ac.uk/news/largest-study-of-knee-osteoarthritis-tissue-reveals-the-core-biological-pathways-underlying-osteoarthritis
An international study led by researchers at the Kennedy Institute @kiroxford.bsky.social has found that osteoarthritis is not a collection of separate diseases, as many scientists had previously speculated.
Researchers from NDORMS are playing leading roles in a new UK-wide research consortium aiming to improve treatment and outcomes for people living with osteoarthritis. https://www.ndorms.ox.ac.uk/news/pioneering-study-sets-out-to-answer-why-osteoarthritis-impacts-patients-differently
These new insights could help improve cancer immunotherapy.
Join us later in June to Meet the researcher!
We’ll be talking arthritis and rare bone diseases with University of Oxford researchers.
🗓️ Monday 22 June
⏰ 1 – 2pm
📍 Zoom
Register now 👉 https://medsci.zoom.us/webinar/register/WN_ewuAk1dfTZqcsITs_tY9lQ#
They have found it is a single condition with common core biological pathways.
Are you considering a future in clinical research? Join us for a 45-minute session highlighting clinical research fellowship opportunities in Oxford across a range of specialities.
🗓️ Tuesday 16 June
⏰ 6pm
📍 Online
Register now 👉 https://forms.office.com/e/ad1pNcRQN8
NDORMS, University of Oxford
NDORMS, University of Oxford
NDORMS, University of Oxford
NDORMS, University of Oxford
NDORMS, University of Oxford
NDORMS, University of Oxford
NDORMS, University of Oxford
NDORMS, University of Oxford
NDORMS, University of Oxford
NDORMS, University of Oxford
Video
Kennedy researchers have revealed how one of the immune system's most important regulatory pathways operates at the earliest moments of T cell activation, providing new insights that could help improve cancer immunotherapy.
A major international study led by researchers at the Kennedy Institute of Rheumatology at the University of Oxford has found that osteoarthritis (OA) – the most common form of arthritis worldwide – is not a collection of separate diseases, as many scientists had previously speculated, but rather a single condition with common core underlying biological pathways.
