Marsden Lab
@marsdenstanford
News and research from Alison Marsden's Cardiovascular Biomechanics Computation Lab @StanfordBioE @ICMEStanford @StanfordChild @StanfordCVI Dev of @SimVascular
ID: 348889317
https://cbcl.stanford.edu/ 05-08-2011 05:03:04
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Great talk by Naomi Chesler today in the Stanford CVI seminar! And also nice to catch up!
The cardiovascular modeling field is increasingly going “beyond CFD,” coupling mechanics and mechanobiology to tackle complex clinical and biological problems across scales and systems. Marsden Lab aippub.org/42xaL0N
It was such an honor to be introduced by Marsden Lab and share our team's research findings to such a wonderful #SB3C2023 audience. It has been one of the best days of my life.
🏆 With their #ExpansionAward, Marsden Lab will test a novel mechanical pulsatile #Fontan conduit – a new device that could help alleviate secondary complications arising from an altered hemodynamic state. Congratulations to the team @StanfordBioE Stanford ICME Stanford CVI
Faculty position available in UC Irvine BME through Edwards Lifesciences Cardiovascular Center. Please consider applying at: recruit.ap.uci.edu/JPF08316 and consider spreading the word across your networks. 🙏🏼
Congratulations Naomi Chesler for this tremendous honor!
Honored to share that our Spine Research Team, led by me and Robert Mauck, including past and current collaborators, were awarded the inaugural ASME Edward Grood Interdisciplinary Team Science Medal in Bioengineering Biomedical Engineering @ UDEL ASME BED UD Engineering ASME.org
Scientific integrity matters, especially from top leadership. Well-written summary of recent events Stanford University in New York Times Opinion by student journalist Theo Baker nytimes.com/2023/07/30/opi…
Excited to share our lab's latest - just out in CMAME in honor of Tom Hughes 80th birthday. "A Fluid-Solid-Growth Solver for Cardiovascular Modeling" Erica Schwarz and co-authors achieved the first full 3D implementation of the constrained mixture model! authors.elsevier.com/c/1hZBv_12dr6Y…
Our latest work from postdoc Jason Szafron introduces a computational growth and remodeling framework for pulmonary arterial hemodynamics - just out in BMMB! Joint work with the Rabinovitch lab Stanford BASE Stanford Children's rdcu.be/dk2n2
Thrilled to be part of this multidisciplinary Stanford team led by Mark A. Skylar-Scott and funded by ARPA-H! Looking forward to applying our computational modeling tools towards this exciting effort. Stanford CVI Stanford Engineering
Charting a new course in pediatric electrophysiology modeling and branched latent neural maps with a new publication just out from postdoc Matteo Salvador authors.elsevier.com/c/1huhvAQEJ1KqM