Deirdre Cooper Owens, Ph.D., director, Humanities in Medicine Program and Charles and Linda Wilson Professor in the History of Medicine, University of Nebraska-Lincoln
Deirdre Cooper Owens, Ph.D., director, Humanities in Medicine Program and Charles and Linda Wilson Professor in the History of Medicine, University of Nebraska-Lincoln
Liqun Luo, Ph.D., Ann and Bill Swindells Professor of Humanities and Sciences, professor, department of biology, Stanford University; investigator, Howard Hugest Medical Institute
A rich program of lectures and seminars featuring internal and external speakers help Rockefeller scientists keep abreast of their colleagues’ work and forge fruitful interdisciplinary collaborations.
A novel method for studying how one crucial membrane protein functions, developed by the Walz lab, may pave the way for a new kind of broad-spectrum antibiotic. #Rockefellerscience... See MoreSee Less
The virus that causes tick-borne encephalitis appears to trick the immune system, misdirecting it into producing inferior antibodies. But new research from the Nussenzweig lab shows some people produce more potent antibodies, providing hope for treatment. #Rockefellerscience... See MoreSee Less
Cohen, a physician-scientist exploring obesity and metabolic disease, has conducted groundbreaking research on the complex inner workings of fat tissue. ... See MoreSee Less
Daniel Mucida has been promoted to professor! A pioneer in the field of mucosal immunology, Mucida is unlocking the secrets of the digestive system and answering fundamental questions about the origins of human disease. ... See MoreSee Less
Introducing our new RiSI spotlight feature! We’ll be highlighting the achievements and personalities of RiSI members once a month! To start, @IsShihARoach has been a major force in some of RiSI’s more public initiatives, and she was recently awarded an @NSF grant!!
Our mentorship edu community, BIOME, is hosting its first co-sponsored event w/ the Rockefeller inclusive Science Initiative @ru_risi. Open to all members of the @RockefellerUniv community. Learn about equity in mentorship & opportunities to get involved! https://t.co/TjcIxiYfDc
A novel method for studying how one crucial membrane protein functions, developed by the #WalzLab, may pave the way for a new kind of broad-spectrum antibiotic. #RockefellerScience
https://t.co/k6XI3UD6Rs
The virus that causes tick-borne encephalitis appears to trick the immune system, misdirecting it into producing inferior antibodies. But new research from @NussenzweigL shows some people produce more potent antibodies, providing hope for treatment.
https://t.co/TaooaMuNuo
