Podcasts for clinical and interventional cardiologists, cardiac surgeons, and other healthcare professionals involved in cardiovascular care.
#IC | #CardioX
Calcium arc, depth and morphology decide the device, not the impression on fluoroscopy.
Dr. Deepak Kapoor tells Dr. Hady Lichaa (@HadyLichaaMD) he will not take on these cases without intravascular ultrasound, and that he handwrites a plan on a printed image beforehand. They discuss which findings send him to a non-compliant balloon, a cutting balloon, atherectomy, or ultra-high pressure alone.
Watch the full episode here:
backtable.com/shows/cardiolo…
This podcast is supported by RADPAD® Radiation Protection.
#CV54#InterventionalCardiology#ComplexPCI#IVUS#CoronaryCalcification@Samsayfo@ascenstthomas
67 yo male with severe bilateral iliac vein stenosis and no infra-inguinal DVT on ultrasound. What do you rely on most to determine stent sizing and landing zones? (imaging in thread)
Reply with how you’d choose your landing zone, especially if you’d do it differently.
Technical tip on sequential stent deployment: given more complex left iliac angulation, some cases benefit from deploying the right stent first.
Full #venousdisease case walk-through with @SDhandMD and @HadyLichaaMD in the BackTable App 📺: backtable.com/shows/cardiolo…
Next up: Nikita Agarwal — serving aces on the tennis court and living for doggos! 🎾🐶
From Dallas to UCSD, she’s found a home at Hillcrest and a supportive team that makes cardiology a love-all game! 🫀
So happy to have you on the team, Nikita! 🐾 @UCSDCardiology
🫀 CardioNugget™ | Mediastinal Radiation
Thickening + calcification of the aorto-mitral curtain (AMC) is a characteristic echo finding of prior mediastinal radiation.
The AMC = fibrous continuity between the aortic and mitral valves → radiation causes progressive fibrosis → thickening → calcification.
💡 Why it matters: Extensive AMC calcification reflects more advanced radiation-associated cardiac injury and has been associated with increased mortality after cardiac surgery.
#CardioNugget#CardioTwitter#Cardiology#Echocardiography#EchoBoards#CardioOncology#RadiationHeartDisease#MedEd
I created LearnCoronary (learncoronary.com), 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
The website is live at intro2echo.com and the github is at github.com/douyang/echodemo
It was really fun to make the free movement - the video doesn't do it justice, but you can free move both the TTE and TEE probe and it'll generate the 2D image in according to the 3D model.
There's a couple of chapters on common echo concepts and common diseases. Would love feedback!
I'm almost ready to share it, but Claude Code is very good at keeping consistency across views and chapters.
For example, I can specify a heart phenotype, and will make all the images consistent and physiologically plausible.
Even with unlimited time, I don't think I could create such a nice tutorial!