Tomokazu Sumida (@sumidatomokazu) 's Twitter Profile
Tomokazu Sumida

@sumidatomokazu

Cardiologist, Immunologist

ID: 1283013979191771136

linkhttps://medicine.yale.edu/profile/tomokazu_sumida/ calendar_today14-07-2020 12:22:39

178 Tweet

140 Followers

112 Following

John Tsang @tsanglab.bsky.social (@tsanglab) 's Twitter Profile Photo

After more than a decade at the fabulous NIH Intramural Program, happy to share that I have recently joined Yale Department of Immunobiology as Professor of Immunobiology. I will also serve as the founding director of the soon-to-be-launched Yale Center for Systems and Engineering Immunology (CSEI).👇

Pierre-Paul Axisa (@ppaxisa) 's Twitter Profile Photo

Very happy to see our paper out in Journal of Clinical Investigation, with Hiromitsu Asashima, Tomokazu Sumida,David Hafler. We show TIGIT expression is down in B cells from MS patients, mediated by TCF4 dysregulation, which then impacts Tfh phenotypes. #humanimmunology jci.org/articles/view/…

Very happy to see our paper out in <a href="/jclinicalinvest/">Journal of Clinical Investigation</a>, with Hiromitsu Asashima, <a href="/SumidaTomokazu/">Tomokazu Sumida</a>,<a href="/DavidHaflerMD/">David Hafler</a>. We show TIGIT expression is down in B cells from MS patients, mediated by TCF4 dysregulation, which then impacts Tfh phenotypes. #humanimmunology jci.org/articles/view/…
Anshul Kundaje (anshulkundaje@bluesky) (@anshulkundaje) 's Twitter Profile Photo

Great paper. I strongly agree that causal gene regulatory network inference (i.e. where u can actually claim gene A causally and directly regulates gene B) using mRNA alone is impossible IMHO. Even from perturbation expts. I think this is impossible. 1/

Tomokazu Sumida (@sumidatomokazu) 's Twitter Profile Photo

Thank you, Yongjin! This has been one of the best collaborations I've ever had. I’m so proud to be working with you, Liang, and Matt! Let’s keep up the great work together.

Science Translational Medicine (@sciencetm) 's Twitter Profile Photo

In a new study, researchers utilize #epigenomic and #transcriptomic profiling of people with relapsing-remitting #MultipleSclerosis to identify pathways involved in regulatory #Tcell dysfunction in autoimmunity. Tomokazu Sumida David Hafler scim.ag/8eO

In a new study, researchers utilize #epigenomic and #transcriptomic profiling of people with relapsing-remitting #MultipleSclerosis to identify pathways involved in regulatory #Tcell dysfunction in autoimmunity. <a href="/SumidaTomokazu/">Tomokazu Sumida</a> <a href="/DavidHaflerMD/">David Hafler</a> scim.ag/8eO