Excited to share our recent publication in Communications Biology! We explored how genetic variation shapes T cell receptor (TCR) diversity and its impact on diseases such as autoimmune disorders and cancer. https://t.co/COstX2VwP1 (1/11)
Excited to share our recent publication in Communications Biology! We explored how genetic variation shapes T cell receptor (TCR) diversity and its impact on diseases such as autoimmune disorders and cancer. https://t.co/COstX2VwP1 (1/11)
A special thanks to my mentors and collaborators @LilabUtsw , Xiaowei Zhan, and @dajiangliu81 , and our amazing team for their support.
Paper: https://t.co/COstX2UYZt
Code: https://t.co/SLHHgSszfL
(11/11)
These findings illustrate how TCRs mediate the relationship between genetic variation and disease phenotypes, providing new insights into the immune system’s genetic architecture and its influence on autoimmune diseases and cancer. (10/11)
Our Cancer Cell paper on mitochondrial transfer is highlighted by STAT news! It is one of the most popular Pharma-Biotech newsletters! https://t.co/xeSPQsUfmE
Have you ever wanted to design biological sequences in-silico which satisfy complex constraints?
Our new method (https://t.co/q5MTi9zVG8), called DDSM, can help you with that! Developed by members of @zhou_jian lab: me, Chenlai Shi, @YuhaoTan12, @KDudnyk47866. Here is a thread.