Top Tweets for #eccoupling
Such a pleasure to meet Professor David Eisner @DavidAEisner and listen to his great lecture ➡️ Regulation of Ca++ in the Heart : Free and Beyond ✔️ @SmidtHeart @CMECedarsSinai @CedarsSinaiMed #ECCoupling #Ca #RyR #SERCA #NCX
Early Career Competition talks #Now at #CardiacMuscleSocietyin #LosAngeles #Science #YIA #EarlyCareer #ECCoupling
Are you interested in #Cellular #Cardiac #Electrophysiology and/or #ECCoupling ? We have a number of openings in the nucleus of @escardio #WGCCE and would love to have you on board!
More info can be found online, or please dont hesitate to contact me!
https://t.co/9nF9ctg4BN
Image shows dyad lengths. Asghari, Moore @UBCcps et al. show that phosphorylation of RyR2 simultaneously expands the dyad and rearranges the tetramers. https://t.co/S2RKJs5fXY
#ECCoupling
Phosphorylation of RyR2 simultaneously expands the dyad and rearranges the tetramers, say Parisa Asghar, Edwin D.W. Moore @UBCcps and colleagues: https://t.co/goSfoBlGIQ
#MolecularPhysiology #CellularPhysiology #SignalTransduction #ECCoupling
Asghari, Moore @UBCcps and colleagues analyzed a series of RyR2 phosphorylation mutants, all of which altered the structure of the dyad and its response to the β-agonist isoproterenol. https://t.co/EB5qpjQ12e
#CellularPhysiology #SignalTransduction #ECCoupling
@MarbanLab @jgoldhaber @SmidtHeart if you want someone else to join you on board to discuss #ECcoupling then i am available!
Cool #data of the week: tacking at 6.2 knots with 8 knot winds, no waves, 70 degree air temp on Audacious… discussing #ECcoupling and marine #biology in #SantaMonica bay with @jgoldhaber! @SmidtHeart #CardioTwitter
Image shows effects of coexpressing TRIC-A or TRIC-B with RyR2 on the currents elicited by voltage ramps. Hu, Sigalas et al @PharmOxford investigate the biophysical properties of TRIC-A and TRIC-B and their interactions with RyR2: https://t.co/eq0Z4dRMd4
#ECCoupling
The biophysical properties of TRIC-A and TRIC-B and their interactions with RyR2. A new study from Jianshu Hu, Charalampos Sigalas @PharmOxford and colleagues: https://t.co/eq0Z4dRMd4
#ECCoupling #MembraneTransport #MolecularPhysiology #Biophysics
Cardiomyocyte ryanodine receptor clusters expand and coalesce after application of isoproterenol, say David Scriven, Edwin Moore and collegaues @UBCcps: https://t.co/RntkaRj1Ca
#ECCoupling #CellBiology #Biophysics #CellularPhysiology
Introducing optical mapping softare KairoSight 3.0! Recently published in @JMCCPlus Special Issue on #opticalmapping technologies, KairoSight 3.0 enables cardiac electrophysiology, #calcium handling, #alternans, and #ECcoupling analysis.
@GWtweets
https://t.co/VlYeapJbIK
A great experience at Gordon Research Conference: Excitation-Contraction Coupling, New Hampshire, USA
#research #postdoc #eccoupling #skeletalmuscle
It's with great pleasure we welcome @ChristophMaack to the #EditorialBoard. Christoph is Prof and Head of Translational Research @DZHI_Wuerzburg. His research focuses on #ECCoupling and links to #mitochondrial and #metabolic function. He is also the incoming president of @ISHR_ES
New research from authors at @KU_Leuven highlights the role of InsP3R-RyR channel crosstalk in Ca2+ release and arrhythmia during post-MI remodelling.
https://t.co/gZuw1HWirR
#ECCoupling #arrhythmia #Cardiotwitter
Role of ryanodine receptor 2 and FK506-binding protein 12.6 dissociation in pulmonary hypertension. A new review from Yong-Xiao Wang, Yun-Min Zheng and colleagues @AlbanyMed: https://t.co/CabWXKqSnc
#CellularPhysiology #ECCoupling #Pathophysiology #MolecularPhysiology
Image shows evolution of muscle strength of the Huntingtin-Rec mice. Chivet, Marty et al. @GINeuroGrenoble show that Huntingtin regulates calcium fluxes in skeletal muscle: https://t.co/ebIOXYOeyK
#ECCoupling #CellularPhysiology #Pathophysiology
Check out our new paper about HFpEF! #diabetes #HFpEF #ECcoupling #SGLT2i #empa Huge thanks to @MiraHdez @Erin_Shen_ @Rebound_32 @mf_navedo, our excellent junior specialists, and all the support in the Bers Lab at @UCDAVISPharmac1! https://t.co/4MMpf0uaGI
Comparative models of Ca2+ entry units (CEUs) in EDL and soleus muscle fibers from WT mice and representative EM images of CEUs in EDL and soleus fibers from calsequestrin-null mice. From Michelucci, Boncompagni and colleagues @univUda: https://t.co/i5CkWCjgdS
#ECCoupling
Image shows measurements of [Ca 2+ ] cyt and temperature of the sarcoplasmic reticulum in FDB fibers during isoflurane application. From Tsuboi, Oyama, Suzuki, Fukuda, Yamazawa (Jikei University) & colleagues https://t.co/6IbjrANavk
#ECCoupling #CellularPhysiology
![JGenPhysiol's tweet photo. Image shows measurements of [Ca 2+ ] cyt and temperature of the sarcoplasmic reticulum in FDB fibers during isoflurane application. From Tsuboi, Oyama, Suzuki, Fukuda, Yamazawa (Jikei University) & colleagues https://t.co/6IbjrANavk
#ECCoupling #CellularPhysiology https://t.co/YxKE1UXF2Y](https://pbs.twimg.com/media/FfiJsbJXEAI9YRe.jpg)
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