Andrew Landstrom

@andrewlandstrom.bsky.social

Pediatric cardiologist, genetic scientist, specialist in channelopathies and cardiomyopathies | Duke School of Med | Duke Children’s | Director of Duke’s Pediatric Research Scholars Lab: https://sites.duke.edu/landstromlab/ #MedSky #CardioSky #CardioGen

While Duke and UNC compete on the basketball court, we have collaborated in the care of patients for years. Thrilled that there will be a joint partnership between both to create the first NC Children's Hospital www.wral.com/story/health... (also a great picture of our exercise phys lab)

Health care rivals UNC, Duke partnering to build NC’s first standalone children’s hospital

UNC Health and Duke Health -- who have battled for patients in fast-growing North Carolina -- are uniting to build a 500-bed pediatric hospital and research center in the Triangle. The new hospital is...

wral.com

Incredibly grateful to have been trained by the best mentor, and thrilled to continue my journey in pediatric cardiology at Stanford. Here’s to continued collaboration and friendship! @andrewlandstrom.bsky.social

Andrew Landstrom@andrewlandstrom.bsky.social · 2y ago

Congratulations to @manasa-gurumoorthi.bsky.social for an incredible peds cards match! Thank you for everything you have taught us! Stanford is lucky to get you! #match #cardiosky #medsky @erd2.bsky.social

🚨🚨🚨 Our new review is out highlighting research priorities for SCAD, lead by Esther Kim, Daniela Crousillat, and Amy Sarma Spontaneous Coronary Artery Dissection: Current Knowledge, Research Gaps, and Innovative Research Initiatives: JACC Advances Expert Panel www.sciencedirect.com/science/arti...

Spontaneous Coronary Artery Dissection: Current Knowledge, Research Gaps, and Innovative Research Initiatives: JACC Advances Expert Panel

Despite marked advancements in the recognition and diagnosis of spontaneous coronary artery dissection (SCAD) over the past decade, knowledge of the b…

sciencedirect.com

Meeting with neurologists and scientists in Barcelona about a gene, ATP1A3, which we have discovered is associated with short QT and rate dependent cardiac arrest. Mutations in the gene are classically associated with a rare neurological disease which has sudden death as a phenotype…

BildBildBild