I created LearnCoronary ( an interactive tool designed to help general cardiology fellows and other early-career learners better understand coronary angiography and the spatial relationships between different angiographic views. #cardiotwitter OpenAI

Great work Stefan! It’s amazing how cardiology has these universal problems/education opportunities that AI now enables us to solve! You’ve gone into great detail in your project, good luck as you continue to flesh this out. I especially understand how hard you must’ve worked because I went through the gauntlet of creating something similar myself

Interesting how two different models created similar results. Thanks for the comment! Happy to collaborate in the future!

@OpenAI Great tool and good example on how visuospatial reasoning has improved with latest frontier AI. PS the spider view LAO Caudal looks a bit off to me ..

@OpenAI Agree, thank you! It does, I worked for a while to fix it, specifically the heart model, but needed to accept this result at the end :/

@OpenAI That's really amazing 👍, thanks !

@OpenAI Bravo!!

@OpenAI Amazing work! Will use for my Cath conferences

@OpenAI Thank you! Open for feedback! Let me know if any questions.

@AlbertoCereda1 @OpenAI Amazing

@OpenAI great work! how much time did you need to come this far?

@OpenAI Probably a month or so combined with clinical and research work and not being super dedicated at the beginning. Btw, like your work also!

@OpenAI Wonderful! Would love to see head and neck included in this as well!

@OpenAI I need one for ECG

@OpenAI Killing it

@pocusmeded @OpenAI Thank you

@OpenAI Fantastic initiative Stefan! Congrats.

@OpenAI Incredible work.

@OpenAI This is very cool, nice work

@OpenAI Very cool! Can this be used for coronary venous anatomy/venography??

@OpenAI Can work on it! Thanks for the idea.

@OpenAI This is great👍 Thanks!

@OpenAI Kudos, here too, dear @stefankmil ‼️ 🥰

@OpenAI Hvalaa❤️

@OpenAI @willyhfrick

That’s pretty great. Coding the dye with the fluid dynamics with the cells, electrical, pressures, variable heart rates, geometric dynamics, hormone levels, chemical and medicine reactions is complex. Connecting it to ultrasound is where the next level is when everything has to reflect back to a source of interaction and angle change. If you go that route, your model will be orders of magnitude more real with the excellent quality you’ve already built.

@OpenAI Thank you @stefankmil! This is fascinating for sure!

@OpenAI This is a fantastic way to make coronary angiography more intuitive for early-career learners. The interactive approach to understanding spatial relationships between angiographic views could be especially valuable for building confidence in image interpretation.

@OpenAI This is fantastic. Passing this to the entire Cath lab

@OpenAI God work !

@OpenAI Fantastic website!

@OpenAI A fantastic work!

@OpenAI Thanks Mahmoud!

@OpenAI great job

@OpenAI Very good

@OpenAI Excellent tool. Even for doctors like me.

@OpenAI Amazing

@pocusmeded @OpenAI Brilliant!

@OpenAI Wow!

@OpenAI I love how AI is making it easier for clinicians to build the educational tools they wish they'd had themselves. So many niche learning problems that probably wouldn't justify commercial development could now have solutions.

@OpenAI awsoooooome!

@OpenAI Solid!

@OpenAI Could you create this for Descending aorta and Lower limb?

@OpenAI Yes, I will work on it soon.