Can a single NKX2-5 Enhancer be the Rosetta Stone for understanding outflow tract development & conotruncal defects? Check out our latest work by @naoko8yamaguchi & Ernest Chang in Circulation Circulation preprint doi.org/10.1161/CIRCUL…! NYU CVRC NYU Langone Health Int’l Society for Adult Congenital Heart Disease🌎 ACHA

Fantastic step-by-step demonstration of 3D cropping and manipulation with transillumination to reveal LAA morphology in current CV Case Journal issue, demonstrated by Muhamed Saric Alan Vainrib & team. Try this in your next LAA TEE (if technology is available). 👉cvcasejournal.com/article/S2468-…

Enrique Garcia-Sayan, MD, FACC, FASE CV Case Journal Muhamed Saric Thanks! Check out our update to this paper demonstrating the ***LAAM technique***doi.org/10.1016/j.case… 3D LAA morphology in 4 simple steps!

Congratulations to my good friend and colleague ⁦David Park Lab⁩ ⁦NYU Langone Health⁩ ⁦NYU Grossman School of Medicine⁩ in helping elucidate the gene regulatory mechanisms that lead to conotruncal abnormalities. ahajournals.org/doi/10.1161/CI…

#Epeeps, this PVC x.com/evgeny_lyan/st… is parahisian. 👉Positive I (LV-summit, LCC/RCC unlikely) 👉QS in V1 (LV-summit unlikely) 👉Early V-transition (RVOT unlikely) 👉ATV3🤔 can be seen both in LCC/RCC and Parahisian! ➡️Excitation away from V1, V2 toward more caudal V3.