Excited to share our newly published work showing how vascular insults contribute to simulate distinct aneurysm phenotypes (with future applications in patient-specific risk prediction) Check it out here: https://t.co/BcPtypxwsf
#biomechanics#mechanobiology
What do dynamic protein complexes look like *inside the cell*? Excited to share our work, led by superstar @ramyarangan, on cryoDRGN-ET, a new approach in the ❄️🐉 software for reconstructing and visualizing structures from in situ cryo-ET data. 1/
https://t.co/85vb8wAF17
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" @schwarzish and co-authors achieved the first full 3D implementation of the constrained mixture model! https://t.co/Ast0SQEGE3
New review paper just out in @BiophysRev - we must go beyond CFD alone for comprehensive predictions of disease progression and complex clinical outcomes. Contributions from @schwarzish M. Pfaller and L. Pegolotti. @simvascular@StanfordCVI @ICMEStanford https://t.co/xhIRAqpin7
Excited to wake up at our lab retreat to this beautiful cover designed by @suhaasaz and @pamr33, not only top scientists but also artists! #proudsciencemom Read the paper here: https://t.co/6GKgsR6ELI
LEGEND+GEARBREAKERS
She’s joining a desert-sailing crew to find her kidnapped sister
The captain’s trying to forget her past & keep the new girl from wrecking the ship
False meritocracies
Navigating in-between of identities
Found family
Grumpy falls 1st
#DVpit#ya#sf#own#poc
Caught COVID and couldn't attend #SB3C2022 this year - so sad to miss everyone. Thanks to my fab lab for keeping on without me! Great job everyone and shout out to Tea for making runner up in the undergrad paper competition! Join our team for the @simvascular workshop in the AM.
I CANNOT EXPRESS HOW EXCITED I AM to have been chosen by @wenyilee_ for @AuthorMentorM#AMMR9!!!!!!! I poured my heart and soul into this story. Thank you for believing in me and my characters. I can't wait to make it better with your mentorship <3
Just out on the @arxiv - a new reduced unified FSI formulation for vascular simulations from Ingrid @StanfordBioE and Ju Liu @SUSTechSZ
https://t.co/4AaVLArPVh
Simulations reveal that ducklings swimming in a single-file formation behind the parent can achieve a wave-riding benefit whereby the wave drag turns positive. Gives a new meaning to "get your ducks in a row" 🦆@JFluidMech#dynamic#equilibrium#swimming https://t.co/HUmZXhhCcV