Neuroimmune crosstalk increasingly appears to sit at the intersection of neurodegeneration and complex chronic illness. The same inflammatory and immune pathways being studied in Alzheimer’s may also help explain ME/CFS, Long COVID, dysautonomia, and related neuroimmune disease.
Pauken, Sharpe et al. show that when PD-1–expressing and PD-1 knockout CD8+ T cells are within the same tumor microenvironment, both cell types exhibit similarly enhanced functions. https://t.co/CxlrNzFu0i
📘In cancer immunotherapy https://t.co/VjIJprWJmT
#SITC25
Also very proud of @WFP involvement in optimizing India's public food distribution system, saving USD$30m to date.
We now want to bring these initiatives to our own global programmes. If they work in India — massive country, many diverse contexts — they can work globally, too.
Did you know that neuroscience played a key role in AI’s development?
Artificial Intelligence: From Mind to Machine explores how brain research led to artificial neural networks, machine learning, and modern AI.
Watch the full documentary: https://t.co/jj55CE1nbm
T helper cells derived from gut and fat tissue travel to the brain, where they play a homeostatic role in governing feeding behavior. @Yale https://t.co/hwIrueLOC5
🚨 Open PhD Position 🚨 I am looking to hire a doctoral student for a fully funded PhD position focused on understanding the role of neuroinflammation and synaptic loss in Alzheimer’s disease and other proteinopathies with novel PET imaging biomarkers/https://t.co/oaqyd8GZBZ
Beautiful research with important translational implications by Brian Brown and @MiriamMerad 's groups showing how tumor-secreted IL4 leads to immune evasion through tumor macrophages
https://t.co/hdW4U65P1I
It is brilliant to see one of the first projects out of my lab now published on @molpsychiatry!
Congrats to Alex, all lab members and collaborators involved - and huge thanks to the participants and families, and all our funders!
Enjoy the read:
https://t.co/50vy8mdqeJ