You can access other videos in the Radiopaedia isolation tutorial series for free at radiopaedia.or.... Recorded with permission from the trainees involved.
I am a second year Diagnostic Radiology resident here in Kolkata India. These videos are extremely helpful to say the least and being a student I can really appreciate the dialogue between you and your students making the information palatable. Would love to see more in the future even when these self isolation days are over !!
Really didactic tutorials, I really appreciate the way you teach and how you explain. I would be grateful if you could keep continuing with these tutorials even after the isolation time. Thank you. Greetings from Switzerland
Thank you very much radiology channel and Dr. Gaillard for this wonderful series. I am a neurosurgery resident currently working as an government employee in rural Bangladesh. As I am detached from my course for the time being, these videos are more than welcome. Please keep them coming.
Thankyou Dr. Frank. We are learning from your tutorials and best part of it is that it's a case discussion. Please continue for the people who love learning. India.
Very interesting watch! This helps improve my game as a radiographer working exclusively with MR. It puts the examinations I do in context and helps understanding what the radiologists consider when describing the images I produce. Would love to watch more cases about brain tumors.
Excellent methodology of teaching. Most of us are combination learners so this is perfect. The residents don't seem to understand or know how to explain DWI ADC!
Thank you so much for all your effort! It is of tremendous help for the registrars/specialists in countries where the training program isn't really at it's peak, but whom are really interested in developing their knowledge in radiology.
Thanks for your lecture! 43:35 although the idea that we could be able to depict the anterior and posterior median fissures (had to look those up...) is intruiging, im wondering whether these are just discrete Gibbs artifacts - as they are not actually distending to the CSF
Sir is it big or normal? An extra axial CSF intensity cyst in the left anterior basal temporal convexity. The cyst measures approx. 26 x 20 x 34 mm (VR x AP x TR). No significant pressure effect over the left anterior basal temporal lobe - It represents arachnoid cyst
@@TheBalls55 Not funny And yes, I am 15y old and want to become a neuroradiologist. Some use "uncool" instead of "dickhead", others use "balls" instead of "testes".
I am a second year Diagnostic Radiology resident here in Kolkata India. These videos are extremely helpful to say the least and being a student I can really appreciate the dialogue between you and your students making the information palatable. Would love to see more in the future even when these self isolation days are over !!
Dude im in 2nd year here in uttarakhand as well. if you want to discuss cases sometimes mayb we can via video chat. let me know
Nikhil Chawla will do. Just mail me bro - uditkumr@gmail.com and we can get in touch.
Really didactic tutorials, I really appreciate the way you teach and how you explain. I would be grateful if you could keep continuing with these tutorials even after the isolation time. Thank you. Greetings from Switzerland
Thank you very much radiology channel and Dr. Gaillard for this wonderful series. I am a neurosurgery resident currently working as an government employee in rural Bangladesh. As I am detached from my course for the time being, these videos are more than welcome. Please keep them coming.
Thankyou Dr. Frank. We are learning from your tutorials and best part of it is that it's a case discussion. Please continue for the people who love learning. India.
Love your tutorials, Dr. Frank. Thank you so much. Greetings from 🇺🇿
I can only join the other comments and say that I envy the residents of Prof. Gaillard, but I am happy that I can also view some of the tutorials
Wow! Now that's what you call knowing something inside out. Accept my sincere gratitude.
Very interesting watch! This helps improve my game as a radiographer working exclusively with MR. It puts the examinations I do in context and helps understanding what the radiologists consider when describing the images I produce. Would love to watch more cases about brain tumors.
Excellent methodology of teaching. Most of us are combination learners so this is perfect. The residents don't seem to understand or know how to explain DWI ADC!
Thanks a lot! These lectures are great to watch at night as a neurology resident who can't switch to her normal daily rhythm after night shifts.
Thank you so much for all your effort! It is of tremendous help for the registrars/specialists in countries where the training program isn't really at it's peak, but whom are really interested in developing their knowledge in radiology.
I hope you make more of these content Dr. Gaillard! thank you so much!
Dr. Frank, thanks so much for sharing your knowledge. I am learning a lot. Greetings from Peru.
Born to be a radiology teacher😀👍👍👍
48:57 amazing teachers... how much I would love to have some of those
Best tutorials. They help me a lot. Thank you 🙂
answering case two was super descriptive .. very enjoyable
greetings from Egypt
Thanks for your lecture! 43:35 although the idea that we could be able to depict the anterior and posterior median fissures (had to look those up...) is intruiging, im wondering whether these are just discrete Gibbs artifacts - as they are not actually distending to the CSF
loving these! thankyou so much
Nice tutorial. Thank you!
You're saving my radiology rotation (at least the neuroradio part).
Thank you guys very much!
Great lesson. Frank you are truly an inspiration as a teacher. But why don't you like signs? :) greetings from Italy
thank you. Very didactic tutorial
The girl knows a lot, she's great
Great tutorial.Thank you
Thank you!
Thankyou Frank 🙂 keep going 😊🤙🏻
Very informative, thanks
thanks a lot.
Thank u very much for presentation
Fantastic!
Thanks, God bless you
Sir,,, pls upload more videos...
super!
Sir is it big or normal?
An extra axial CSF intensity cyst in the left anterior basal temporal convexity. The cyst measures approx. 26 x 20 x
34 mm (VR x AP x TR). No significant pressure effect over the left anterior basal temporal lobe - It represents
arachnoid cyst
Amazing cases 👌🏼 🇮🇳
Thanks..
Wouldn’t any lesion there be able to compress the hypoglossus though?
6:45 There's 2 foramen of monro
Can you please cover general abdominal ultrasound?
Trust me, you don't want me to cover abdominal ultrasound ;)
Galassi type III
Smugometer on 11.
What is hydrokephalus ? I've heard of hydrocephalus mate.🗽
TheBalls55 What’s hydrosephalus?
@TheBalls55 Really, mate? Ain't got something better to do? Be grateful for these free and excellent lessons and stop being uncool.
@@xDomglmao Uncool? Are you in 11th grade?..It was a bloody joke.
@@TheBalls55 Not funny
And yes, I am 15y old and want to become a neuroradiologist. Some use "uncool" instead of "dickhead", others use "balls" instead of "testes".
@@xDomglmao I see , well you have alot of maturing to do before you become a Neuroradiologist. Maybe someday you can be as cool as me.
Did a resident just ask if there is 1 or 2 foramen of Monro 😅
Thank you !