Cardiac Physiology (@cardiac_phys) 's Twitter Profile
Cardiac Physiology

@cardiac_phys

A joint account for the cardiac physiology groups at the University of Manchester, sharing updates from Eisner, Trafford, Dibb, Galli, Venetucci, Pinali labs.

ID: 1179406718167654401

calendar_today02-10-2019 14:44:52

71 Tweet

283 Followers

72 Following

DaveHutchings (@davehutchings13) 's Twitter Profile Photo

Characterization of the mechanism by which a nonsense variant in RYR2 leads to disordered calcium handling doi.org/10.14814/phy2.…

Victoria Robinson (@dr_vmrobinson) 's Twitter Profile Photo

Research letter pre-print: the importance of potassium monitoring in CPVT. An inherited arrhythmia that is often misdiagnosed and mismanaged. Check it out if interested. Should be open access soon:authors.elsevier.com/a/1f2PA5VtUyOs… Division of Cardiovascular Sciences Cardiac Physiology @LIMR_ British Heart Foundation #cardiogenetics

Victoria Robinson (@dr_vmrobinson) 's Twitter Profile Photo

A novel drug to prevent arrhythmia triggered by low potassium. This could potentially benefit lots of patients, especially those with heart failure or inherited arrhythmia. Division of Cardiovascular Sciences Cardiac Physiology @LIMR_ British Heart Foundation #cardiogenetics dx.doi.org/10.1111/bph.15…

Carol Ann Remme (@carolremme) 's Twitter Profile Photo

Andrew Trafford presenting on the role of TRPC6 channels in #cardiac #arrhythmia - potential therapeutic target #IACS #IACS-ES meeting in Szeged #basicEP #electrophysiology #ionchannels

<a href="/awtrafford/">Andrew Trafford</a> presenting on the role of TRPC6 channels in #cardiac #arrhythmia - potential therapeutic target 

#IACS #IACS-ES meeting in Szeged
#basicEP #electrophysiology #ionchannels
Journal of Molecular and Cellular Cardiology (@jmccardiology) 's Twitter Profile Photo

In our Dec issue, Charlotte Smith Katharine Dibb Cardiac Physiology show there is enhanced calcium release at specialised sites on surface of newborn atrial cells mediated by enlarged SR and larger, closely spaced RyR clusters that compensate for low t-tubule density. doi.org/10.1016/j.yjmc…

In our Dec issue, <a href="/Char_Smith3/">Charlotte Smith</a> <a href="/KatDibb/">Katharine Dibb</a> <a href="/Cardiac_Phys/">Cardiac Physiology</a> show there is enhanced calcium release at specialised sites on surface of newborn atrial cells mediated by enlarged SR and larger, closely spaced RyR clusters that compensate for low t-tubule density.

doi.org/10.1016/j.yjmc…