Silva Lab Wustl (@silvalabwustl) 's Twitter Profile
Silva Lab Wustl

@silvalabwustl

silvalab.bme.wustl.edu

ID: 860568871857729536

calendar_today05-05-2017 18:56:22

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Silva Lab Wustl (@silvalabwustl) 's Twitter Profile Photo

Our newest paper, "Predicting Patient Response to the Antiarrhythmic Mexiletine Based on Genetic Variation: Personalized Medicine for Long QT Syndrome", is now published in Circulation Research! ahajournals.org/doi/10.1161/CI…

Jon Silva (@jonsilva_stl) 's Twitter Profile Photo

Great paper from Jonathan D. Moreno, using computational modeling to suggest a new approach to anti-arrhythmic therapy! WashU Biomedical Engineering Silva Lab Wustl A Molecularly Detailed NaV1.5 Model Reveals a New Class I Antiarrhythmic Target basictranslational.onlinejacc.org/content/4/6/736

WashU Tech Transfer (@washuotm) 's Twitter Profile Photo

New faculty startup logos have been added to the WashU startups wall in Cortex! On Thursday, 4/15, we will celebrate 7 new companies, spun out of WashU. Join us: tinyurl.com/washuinventor

New faculty startup logos have been added to the WashU startups wall in <a href="/CortexSTL/">Cortex</a>! 

On Thursday, 4/15, we will celebrate 7 new companies, spun out of WashU.

Join us: tinyurl.com/washuinventor
Rockefeller U. Press (@rockupress) 's Twitter Profile Photo

In Journal of General Physiology, Angsutararux et al Silva Lab Wustl propose that the voltage-sensing domains of repeats III & IV of NaV channels regulate state-dependent inactivation by modulating the conformation & affinity of the IFMT motif on the III-IV linker. bit.ly/3lwLIZ8

In <a href="/JGenPhysiol/">Journal of General Physiology</a>, Angsutararux et al <a href="/SilvaLabWustl/">Silva Lab Wustl</a> propose that the voltage-sensing domains of repeats III &amp; IV of NaV channels regulate state-dependent inactivation by modulating the conformation &amp; affinity of the IFMT motif on the III-IV linker. bit.ly/3lwLIZ8