Ultrasound Modes, A, B and M Mode| Ultrasound Physics | Radiology Physics Course #12

[@thabangmoarabi2419]

Woooooow! Your style and way of breaking concepts down is unmatched. We are honestly fortunate to have you. Thank you for this series of lectures.

[@raksh13]

I watched a lot of videos but didn't get a clear picture.. I'm very thankful that I found yours. Just love the crisp and clear teaching. Thanks a lot for this :)

[@radiologytutorials]

That's great to hear. So glad it has been helpful.

[@sid17391]

10.35 eureka moment! seeing it brought to life. Amazing. it definitely tied it in! Thank you

[@radiologytutorials]

So good to hear!

[@trinitybrown5260]

Omg thank you so much for this video!!! I’ve been having a hard time passing my ultrasound physics class. You explaining the concepts helped me score better on my quizzes 💕

[@radiologytutorials]

This makes me so happy! I’m so glad it’s been helpful Trinity. Appreciate you taking the time to comment ☺️

[@hamedmorady4805]

It took a lot of mind and labor to make such enlightening videos, really appreciate it.

[@wladeksmolilo]

Fantastic teaching material and brilliant teacher !

[@Whiskersandwitnesses]

Just shared it with my sonography class. great video and very helpful!!

[@luvie888]

Thank you so much for being so succinct with clear explanations SOOOOOOOOO nicely structured!! I'm SOOOOOO THANKFUL FOR YOUR VIDEOS!!!!!!! I can't find them in any of our recommended or prescribed texts......we are so lucky to have your lectures

[@radiologytutorials]

That's so good to hear. Love hearing that the videos are helpful! just want to make studying as easy as possible. Hope it helps to make reading your prescribed texts easier 😊

[@fazaltahir4216]

Thanks a lot sir Michael 🎉

[@nazaninsaleh3938]

Amazing style of explanation,thanks.

[@radiologytutorials]

Glad you liked it!

[@peterthielsen5795]

Thanks! More than excellent. Regarding B-mode: Why does each crystal transmit once at a time? Is it due to interferens, that they don´t transmit simultaneously?

[@crystalwilliamson7920]

You're incredible. thank you

[@ridafaisal7434]

This was so helpful. Can't thank you enough

[@radiologytutorials]

I'm so glad! Thank you for watching 😊

[@ThangTran-ww6qj]

Supper simple, Supper effective !!! ❤❤

[@moumensro]

Thank you very much ❤❤❤

[@NiekVink]

You are a legend, thanks.

[@naimkkb]

Great explanation. do u have teaching video for CT SCAN?

[@leela5990]

Excellent lectures!

[@radiologytutorials]

Glad you like them! Thanks for watching 🤗

[@Stella-dm3ur]

Thanks for your wonderful video and instructions. Could I ask a question about calculation in detail? You mentioned that we could use time and velocity of calculation the location of boundary in both A and B mode. I can understand until this point. However, how can we know the speed of ultrasound in different tissue even before imaging/detecting?

[@lifestyle_like_moon]

It was so useful❤ thank you

[@radiologytutorials]

Yay, I'm so glad!

[@arianas7866]

What's the difference between B mode and M mode then?

[@radiologytutorials]

B mode effectively shows a ‘live’ view of the underlying anatomy. M mode displays changes in a single A line of data over time 🙂

[@afnanstudio6937]

Thanks for making concepts clearer and in depth.which source did u follow or recommend

[@MimiMia-wb3hl]

Thank youuu

[@karanlalwani4284]

Sir...can u please teach the concept of Tissue harmonic imaging

[@radiologytutorials]

Absolutely. Planing on that video early next week 🙌🏼

[@michaelelujekwute4405]

Too good