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Biomedical engineers use AI to build new tool for studying and diagnosing #heartFunction Columbia Engineering medicalxpress.com/news/2024-04-b…

Columbia Columbia BME engineers use AI to build BeatProfile, a transformative new tool to study and diagnose heart function. It’s the first system to integrate the analysis of different heart function indicators into one tool, speeding up the process significantly and reducing

Check out our new analysis tool & publication led by Youngbin Kim now out in IEEE Open J of Engineering in Medicine & Biology: "BeatProfiler" - a machine learning platform for classification of in vitro cardiac muscle functions, for cardiovascular disease modeling & drug testing Paper: ieeexplore.ieee.org/document/10490…

Amazing work by Youngbin Kim! If you do any sort of iPS-cardiomyocyte analysis please check out this completely open source software, which completely changed how we process contractility videos.

Columbia Engineering researchers have unveiled a groundbreaking new tool. Research on BeatProfiler, published in the IEEE OJEMB, found it can quickly analyze heart function to aid in treatments. In addition, this software is being offered as open source. bit.ly/3JarlM7

Congrats Youngbin Kim and team!! Really awesome work! 😃

If you are working with iPSC-derived cardiomyocytes and engineered cardiac tissues, you must check out this incredible open-source, user-friendly software for analyzing cardiac cell and tissue function! Congrats Youngbin Kim on this amazing work!

An AI open-source software created by engineers at Columbia University can accurately and quickly analyze different heart functions. This #NSFfunded novel software can be crucial to study different heart diseases. To learn more, visit: bit.ly/49ISKzi 🎥Youngbin Kim, Columbia University

🌟Super happy and proud to finally share our new paper out in Nature Cardiovascular Research 🌟 Why do only some lupus patients develop heart disease while others don’t? And why do the clinical symptoms of those whose hearts are affected vary so dramatically?