T cell lymphoma mutations power adoptive T cell therapies! Excited to see this published! A true collaboration with friend and colleague @koleroybal and our students @jay__daniels and #julie_garcia. nature.com/articles/s4158…

Read below about our exciting work that is now out nature led by @jcole_garcia of UC San Francisco Parker Institute for Cancer Immunotherapy Gladstone Institutes and Jay Daniels of Northwestern Feinberg School of Medicine. This is one of the most gratifying collaborations with Jaehyuk Choi -- tinyurl.com/nhdvhm6v

🚨 NEW PUBLICATION 🚨 "Naturally occurring T cell mutations enhance engineered T cell therapies" in nature Shoutout to the team behind this work Kole Roybal UC San Francisco Northwestern Medicine Northwestern Feinberg School of Medicine Parker Institute for Cancer Immunotherapy @jcole_garcia Jay Daniels Jaehyuk Choi go.nature.com/42xxz1l

Engineered T-cells have eliminated solid tumors in mice. 🐭 In this #BreakthroughsPodcast episode, @JaehyukChoiMD, PhD, explains how a gene mutation found in patients with lymphoma could hold the key to a potent cancer-fighting immunotherapy. 🔗 spr.ly/6006R8nrk

Nature research paper: Naturally occurring T cell mutations enhance engineered T cell therapies go.nature.com/3UEasQy

huge thanks to the @NUMSTP for all that they do to create such a dynamic and supportive environment for MSTP students!

feel honored that Dr. Restifo wrote this beautiful post about the work that we Jaehyuk Choi Kole Roybal @jcole_garcia recently published - "Here's to the alchemy of turning the direst of situations into wellsprings of utility and life-saving innovation!" linkedin.com/posts/nicholas…

Memory genes are enriched in CAR T cells that persist and control tumors in patients. But which transcription factors drive beneficial memory programs? We answer this in our lab’s first paper in nature led by Alex Doan Kat Mueller, PhD Andy Chen. 1/ nature.com/articles/s4158…

In a fun collaboration with Deepak Rao, my superstar PhD student Calvin Law (with Vanessa and Cyan from the Rao lab) discovered mechanisms underlying CXCL13 production specifically and more broadly B-helper T cell differentiation in lupus. nature.com/articles/s4158…