Відео

Please advise on registration for online course/lectures/modules. Thanks

Scrolling axial images on the right side of the screen is not active

The case where the mom and grandma had it breaks my heart. Especially that she has dense breast and her cancer was hidding. This is my mother case rn. Prayers to all Good vibes!

Superb explanations ! 🎉🎉🎉🎉

great lecture! many thanks!

Normal CT 😂

excellent presentation

I will say your approach to the cases an explanations are amazing, straight to the point but also thorough!

Fantastic review, thanks

❤❤❤ Many thanks

Thanks. We see cancer of the breast on the rise in young and pregnant/lactating ladies. I need my certificate of attendance, and when clicking on the link, it does not appear. Dr. Shamim Malik Kenya

Hi U R Amazing in Imagining

Amazing Imaging❤

You Are Simply Amazing Dr Strong! Great teacher!❤❤❤❤❤🙏🙏🙏🙏🙏

Excellent topic Made very interesting and simple 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

Amazing 🙏🙏❤️❤️❤️🙏❤️🙏

S

Good

Garcia Karen Brown Kevin Garcia Margaret

love these so much. am an em pgy3. ty so much for posting these ~~

I appreciate these lectures, thank you so much for posting! 😊

Awesome cases

What is confusing is -- why does the monophasic waveform of a diseased peripheral artery (ie. unidirectional flow through the cardiac cycle) at 1:44 look so similar to the low resistance waveform shown on the next slide at 1:52? In the former situation, loss of reversal of flow means you are going to a high resistance state (a stenosed artery that loses its elasticity), but in the latter situation it signifies a low resistance downstream organ (ie blood can come and go freely). Is there a way to distinguish one from the other? Meaning, if imaging findings aren't clearly suggestive, how do you know if a waveform's loss of reversal of flow is due to increased arterial disease or a low resistance downstream organ?

❤

What do you do to obtain the colors for CBF and CBV ?

This presentation should be shared as much as possible. Lots of great data. I don’t agree with solely relying on AI (@16:56- this may be the most critical component, in my opinion); however, I do think that every imaging case should be scanned in and classified, with updated data when available, and shared in a public database where the span of medical professionals can use them for reference. This is being done with dermatology; it will eventually change medicine. Thank you, @vRad Radiology Education, for sharing your knowledge and findings, as well as for devoting yourself heroically to saving lives! 👏👏👏 Keep up the amazing work you and every other person who has dedicated their entire life to contribute to alleviate mankind’s suffering. 🫶🤗🙏Thank you.

Nice

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Many thanks ❤❤❤

That was a great session, but the last case represents Appendiceal Mucinous Cystic Neoplasm (MCN)

Hello, I love all of your lectures! Incredibly helpful. But I believe those are choroidal detachments rather than retinal detachments?

Thanks so much

Why no oral contrast?

Amazing work! Really helpful for board exams and of course for life. Thank you!

Thanks for a variety of practical cases we see daily. Dr. Shamim Malik. Kenya

❤️ "Promosm"

5:26 could you maybe refer me these studies?

Hyperintensity on FLAIR along the periaqueductal gray and medial thalamus. A very beautiful case. Thank you.

Excellent. Thanks

Colon or large intestine ulcers can be seen in ct scan?

Colon or large intestine ulcers can be seen in ct scan?

Best 👍

is birads only used when given a mammogram ? an ultrasound with suspicious findings wasn't given a BIRADS score

Thank you very much

Superb 🎉

Why pons is taken separately from brainstem?

Maybe the PE case projects better off of UA-cam but I have a hard time calling those filling defects being so far out . Could just be vessel not well opacifies.

Nice! Thx