01234
VA Palo Alto
The TWC- Lab is located at the Hospital of Veterans Affairs in Palo Alto. Click here to get directions.

Lab News

2-04-12 Eva's Review
Congratulations to Eva on her recent review on the Immunology of Neurodegeneration, published in the Journal of Clinical Investigations. Read it here.
1-13-12 Saul UCSF Fellow
Congratulations to Saul for his new UCSF Fellow position. We wish him all the best in starting his new lab!
10-27-2011 Prof. Wyss-Coray
Congratulations to Tony for his recent promotion to full Professor!
09-01-2011 Nature Publication
We are happy to announce that the study "The aging systemic milieu negatively regulates neurogenesis and cognitive function" has been published in the current issue of nature (Vol. 477). Congratulations to Saul Villeda - first author on the paper - and the whole TWC lab! Read more...
07-11-2011 MCP paper
Our lab just published the article "Modeling of pathological traits in Alzheimer's disease based on systemic extracellular signaling proteome" in Molecular & Cellular Proteomics. Congratulations to Markus, a former labmember and first author of the paper!
Welcome to the Wyss-Coray Laboratory! Our laboratory studies immune and injury responses in aging and neurodegeneration. A growing body of information in recent years has documented the interchangeability of key proteins between the immune and central nervous systems (CNS). One prominent example, and a focus of our lab, is TGF-β1 which is a key regulator of immune functions but is also necessary for neuronal protection and survival and may have a role in Alzheimer’s disease. Another group of proteins we are interested in constitutes the complement system, which is critical in the removal of pathogens and dying cells not only in the periphery, but likely in the CNS as well. In a less biased approach, we use proteomics to study cellular communication on a larger scale in plasma and relate it to aging and degenerative changes in the CNS.In much of our studies we seek to understand neurodegeneration and neurological disease in the context of immune responses. One exciting hypothesis is that altered or failing immune responses might underlie or at least contribute to age-related degenerative diseases of the nervous system. We use mouse genetics, behavior, cell culture, and proteomic approaches to try to test this hypothesis.


 

TWC-Lab March 2012