RT @LampertLabRWTH: Interesting translational paper which nicely combines a variety of methods: https://t.co/7SYTKBnDTf #ionchannels "A Mol…
A Molecularly Detailed NaV1.5 Model Reveals a New Class I Antiarrhythmic Target, @WUSTLmed/@WashUBME, in JACC: Basic to Translational Science (@JACCJournals) https://t.co/s2yYmKsJc2 #sodiumchannels #ionchannels #cardiac #arrythmia #insilico #cardiology #
A Molecularly Detailed NaV1.5 Model Reveals a New Class I Antiarrhythmic Target | JACC: Basic to Translational Science #ionchannels #jacc #nav1.5 #cardiac https://t.co/T3wxYmtHKW
RT @LampertLabRWTH: Interesting translational paper which nicely combines a variety of methods: https://t.co/7SYTKBnDTf #ionchannels "A Mol…
RT @LampertLabRWTH: Interesting translational paper which nicely combines a variety of methods: https://t.co/7SYTKBnDTf #ionchannels "A Mol…
Interesting translational paper which nicely combines a variety of methods: https://t.co/7SYTKBnDTf #ionchannels "A Molecularly Detailed NaV1.5 Model Reveals a New Class I Antiarrhythmic Target"
A year in the @SilvaLabWustl has opened whole new worlds of interesting reading to me! Great work @MorenoMDPhD
RT @JACCJournals: Can multi-scale computational modeling lead to improved drug design? Researchers from @WUSTL present their experience usi…
RT @JACCJournals: Can multi-scale computational modeling lead to improved drug design? Researchers from @WUSTL present their experience usi…
Can multi-scale computational modeling lead to improved drug design? Researchers from @WUSTL present their experience using a computational framework to develop a novel molecular-based therapy that treats myriad arrhythmia syndromes. https://t.co/NFSkhlI8z
RT @JonSilva_StL: Great paper from @MorenoMDPhD, using computational modeling to suggest a new approach to anti-arrhythmic therapy! @WashUB…
Excited to see this one roll out. Possibilities to identify new anti-arrhythmia treatments can be predicted by modeling! @BMESociety #FundNIH @WashUBME @WashUengineers
New paper out! https://t.co/t7zSuS6WLa
RT @JonSilva_StL: Great paper from @MorenoMDPhD, using computational modeling to suggest a new approach to anti-arrhythmic therapy! @WashUB…
RT @JonSilva_StL: Great paper from @MorenoMDPhD, using computational modeling to suggest a new approach to anti-arrhythmic therapy! @WashUB…
Great paper from @MorenoMDPhD, using computational modeling to suggest a new approach to anti-arrhythmic therapy! @WashUBME @SilvaLabWustl A Molecularly Detailed NaV1.5 Model Reveals a New Class I Antiarrhythmic Target https://t.co/Ez4uxLex5X