Original Article from Dr. Xander H. T. Wehrens et al. characterized ventricular and atrial remodeling and functional alterations in an improved, minimally invasive transverse aortic constriction (mTAC) mouse model of pressure overload-induced heart failure
https://t.co/EAMC1kYGl1
There’s more to arrhythmias than cardiomyocyte electrophysiology! First talk of an interesting #ESCBasicScience session chaired by @AnaMGmez4 and @ICVS_UoB Larissa Fabritz
@CarolRemme @JChristophUCSF @RachelterBekke
The U.S has declared a public health emergency to strengthen the federal response to the monkeypox outbreak that has infected more than 6,600 Americans. It is important to get the vaccine if at high risk. To make appointments, call 832-393-4220 or visit https://t.co/kDr0RDsBRH.
We’re hiring a postdoctoral fellow to join our lab to study mechanisms of cardiac arrhythmias and cardiomyopathy using iPSC/mouse models and gene therapy vectors.
https://t.co/U2RV9azrvE
#EPeeps#cardiotwitter#genetherapy#cardiovascular@bcm_cvri
A great big THANK YOU to @NASA_Astronauts Kate Rubins, PhD for an engaging & brilliant seminar," Exploring Heart Cells in Microgravity: Molecular Biology Research Beyond Earth". @BCM_CVRI is truly grateful to hear about your pioneering research! @XWehrens@BCMSpaceHealth@NASA
Already published our editorial comment in @Kidney_Int about cardiac outputs in CKD murine models, models of uremic cardiomyopathy. @Cardiorenal_Lab
Also, my first publication with @BCM_CVRI affillitation. @bcmhouston#Heart#kidney#CKD https://t.co/5YoSREhIkZ