
Yapeng Su
@suyapeng
Damon Runyon Fellow @FredHutch, a former trainee of @labheath, David Baltimore, and Leroy Hood @Caltech & @isbsci. ChemE, Systems Biology, Immunology, Cancer
ID: 1198047995582799872
23-11-2019 01:20:29
533 Tweet
510 Takipçi
522 Takip Edilen

Check out this amazing work from Caleb Caleb Lareau and team! Important contribution to the field!

Congrats Jing Jing Li, PhD and Hillman Cancer Center UPMC Hillman Cancer Center !




Thanks to Cancer Cell for highlighting our work!

Reduced mannose metabolism is a feature of exhausted T cells that can be targeted to enhance memory , persistence, and antitumor function of adoptively transferred T cells cell.com/cancer-cell/fu… Preview Cancer Cell A/Prof Paul Beavis Christina Scheffler cell.com/cancer-cell/fu…


#NatMetabPicks | In Cancer Cell, from Philip D. Greenberg, Guideng Li (Fred Hutch Cancer Center, University of Washington School of Medicine; CAMS and PUMC, CN) and co-authors, describing how #mannose metabolism reshapes #Tcell differentiation to enhance #antitumor #immunity 🐭 cell.com/cancer-cell/fu…

Many thanks to Nature Metabolism Nature Metabolism for highlighting our collaborative work Cancer Cell on metabolic programming of T cell fate for more effective T cell therapy!

Check out this insightful preview by Christina M. Scheffler Christina Scheffler , Dr. Paul A. Beavis A/Prof Paul Beavis and Dr. Phillip K. Darcy Cancer Cell about our recent work on metabolic programming of T cell fate fore better immunotherapy for cancer! sciencedirect.com/science/articl…


Many thanks to Drs. Jingwei Ma, Shuai Tong, Jingxuan Xiao and Bo Huang for highlighting our work on metabolic programming for improving adoptive T cell therapy! Cell Metabolism Cancer Cell
