The American Mastermind

Chen professor ii m s university of bern switzerland microbiology 1989 ph d university of bern switzerland immunology 1992. Assistant professor department of neurosciences and genetics washington university st.

Tony Wyss Coray Chem H

Wyss coray initially studied at the institute of clinical immunology at the university of bern in switzerland but he now lives and works in california.

Tony wyss coray. He has tried to understand the role of immune and injury responses in normal aging and degenerative diseases of the central nervous system using cellular and pre clinical models of disease. The site facilitates research and collaboration in academic endeavors. Tony wyss coray phd is part of stanford profiles official site for faculty postdocs students and staff information expertise bio research publications and more.

Professor of neurology at stanford tony wyss coray oversees an eponymous lab which studies immune and injury responses in aging and neurodegeneration. The wyss coray research team studies brain aging and neurodegeneration with a focus on age related cognitive decline and alzheimer s disease. Tony wyss coray phd tony wyss coray phd has been working in the field of neurobiology for almost 20 years.

Welcome to the wyss coray lab. Chen distinguished professor of neurology and neurological sciences at stanford university is the co director of the stanford alzheimer s disease research center and senior research career scientist at the palo alto va. In this eye opening talk he shares new research from his stanford lab and other teams which shows that a solution for some of the less great aspects of old age might actually lie within us all.

Tony wyss coray ph d studies the biological secrets of youth and rejuvenation in young blood as the leader of the american heart association allen initiative team at stanford university. Tony wyss coray studies the impact of aging on the human body and brain. Tony wyss coray using blood as medicine wyss coray from stanford university found that stitching together young and old mice to join their blood systems improved the older mice s cognition.

The lab is following up on earlier discoveries which showed circulatory blood factors can modulate brain structure and function and factors from young organisms can rejuvenate old brains.