Excited to share our paper recently published in Annals of Vascular Surgery where we developed an AI/computer vision model for intraoperative guidance during endovascular aneurysm repairs: authors.elsevier.com/c/1iE2I3AUdjlv… Allen Li Thomas Forbes Amin Madani MD PhD

SRMAs in the vascular surgery literature are inconsistently reported. Our meta-epidemiological study outlines how study authors can improve SRMA reporting, published in the most recent edition of Journal of Vascular Surgery With Allen Li and Kaan Balta jvascsurg.org/article/S0741-…

Well done Allen Li! Proud of you man

AI/LLMs making rapid progress in surgery: our recent paper in JVS - Vascular Insights demonstrates how the most recent version of OpenAI's chatGPT is able to accurately answer 95% of clinical vascular surgery questions! doi.org/10.1016/j.jvsv… Tiam Feridooni Lauren Gordon Journal of Vascular Surgery

Augmented Surgery (EVAR) with computer vision. Nice to see work at University Health Network Peter Munk Cardiac Centre Toronto General Hospital Research Institute UHN Sprott Department of Surgery highlighted in this issue. Attn: Amin Madani MD PhD UHN AI Hub

Looking forward to the live Q&A session!

Well deserved and immensely proud of you. Welcome to the team.

Our first work from the ASMBS AI and Digital Surgery Task Force! OpenAI #ChatGPT looking promising for clinician level bariatric surgery recommendations SOARD Journal soard.org/article/S1550-…

Absolutely thrilled to have matched to THE Cleveland Clinic MIS/Surgical Endoscopy fellowship. Looking forward to learning from the best team Matthew Kroh, MD Matthew Allemang Salvador Navarrete Jerry Dang, MD PhD Andrew Strong and more! Thank you McMaster University & supports for making this possible!

Arshia Javidan on augmenting AI language models and evaluating their performance in vascular surgery at CSVS 2024 vasc ai CSVS

Excited to announce the project that Tiam Feridooni and I have been working on for the past year: an augmented LLM that combines the capabilities of open access models with publicly available vascular surgery resources for improved performance. Our first paper with more to come!