Play the game!!!! The flopping and fake crying making this game a 🗑 #ARGMEX

Amazing late drama! Well played and entertaining group H! #KORPOR

So proud of this amazing young woman! When she is soon doing great things I will be even more proud that we played a small part when she was 16. Vorp Lab Biomedical Engineering Society Pitt BMES Swanson School of Engineering Pitt Bioengineering UPMC Hillman Cancer Center UPMC Justin Weinbaum post-gazette.com/news/health/20…

Congratulations to Cyrus Darvish from our lab for winning first place at the Recruitment Weekend Poster Session! We hope all our recruits are having a great time learning about Pitt Bioengineering and Pittsburgh itself!

My Vorp Lab Laboratory is currently seeking postdoctoral fellows in vascular tissue engineering/regenerative medicine OR experimental/computational vascular biomechanics. The funding opp requires US citizenship or perm residency. Please share! For more info: [email protected].

Next up is AneuRisk, led by Timothy Chung, PhD, David A. Vorp, PhD, and Nathan L. Liang, MD, MS. #PittPInCh

I never tweet, but this is worth it! Congratulations to all of the amazing pitches at this years PinCh event! Great job team Nathan Liang MD MS David Vorp Vorp Lab

Thank you Pitt Innovation Challenge and Clinical & Translational Science Institute for honoring us with this award. It will go a long way as we work with Aneurisk, Inc., to bring a #MachineLearning and #biomechanics solution to better management of patients with #AbdominalAorticAneurysm (#AAA) timechg Nathan Liang MD MS #aneurisk

Aneurisk Team Gets to Know Potential Customers' Needs with the NSF I-Corps hubs.li/Q02813fq0

Really proud of my PhD student Isabelle for taking first prize in her pitch at the PDMA competition last night for our project #EndoDx! We will soon make a difference for women suffering from #endometriosis !! timechg

Check out the cover story for the current #Magee Magazine! #Endometriosis is such a tragically understudied and #underfunded condition that impacts so many women around the world. Magee-Womens Research Institute & Foundation UPMC University of Pittsburgh PittResearch Pitt Bioengineering

I’m thrilled that Vascular Specialist Online is highlighting our ongoing work through Aneurisk Inc.. Predicting aortic aneurysm growth and rupture is challenging but the clear next step in improving our understanding and treatment timechg David Vorp vascularspecialistonline.com/university-of-…

The celebration for our Pitt Innovation Challenge awardees continues into the new year 🎉 Did you catch #PittPInCh in the Winter 2024 Pitt Bioengineering Newsletter? Read here ➡️ ow.ly/yzRH50QrSRI Swanson School of Engineering

Some good news for the x-verse! Our publication in scientific reports has been published exploring image-based metrics and patient outcomes using AI techniques: tinyurl.com/4czjj3w8 David Vorp Nathan Liang MD MS Pete Gueldner Vorp Lab

Excited to publish our results from the #ai algorithms underlying Aneurisk Inc. technology. Developed on 381 #AAA patients using clinical, anatomic, and novel biomechanical/wall stress metrics with David Vorp timechg from Pitt Bioengineering and UPMC Vascular Surgery pubmed.ncbi.nlm.nih.gov/38336915/

#newinJBME #technicalbrief Automated detection of the yield point in soft tissue testing using a machine learning approach can objectively and accurately characterize aortic tissue mechanics. PittResearch Pitt Bioengineering doi.org/10.1115/1.4064…

Great talks by @KatKerr6 and Ande Marini, Ph.D. from Pitt Bioengineering at ISACB ‘s 19th biennial meeting in Vienna! #womeninstem

🎉 Congrats to Pitt BioE PhD students on receiving external fellowships from the NIH, AHA, and NDSEG! 🌟 news.engineering.pitt.edu/bioengineering…

My hot takes, the real loser is Netflix and my sleep. Tyson and Paul are laughing to the bank with over 60 million in cash...

🌟 Exciting Announcement! 🌟 Join Katherine (Kat) Kerr as she presents her research at the upcoming Women’s Vascular Summit! As the 2024 Research Grant Awardee, Kat will be sharing her innovative findings and contributions to the vascular field.