Brain tumour basics - Andrew Dixon (Featured Video)

preview_player
Показать описание
Рекомендации по теме
Комментарии
Автор

incredible talk! love radiopeadia. please post more videos like this covering other topics... perhaps inflammatory lesions

DanielMandel
Автор

Thank you so much, Sir! This is very helpful for me!

nguyenthiyen
Автор

Grateful to you Sir! Tough topic made so outstandingly easy!! From the beginning, vasogenic edema/cytotoxic edema to tumor/not tumor, this is what every radiology person needs to know. THANK YOU!

hiralv
Автор

Excellent Events! Excellent Radiopaedia 2022 Team

hoeunvanh
Автор

The perfect radiology channel around! Thank you Dr. Dixon! :)

keeshiapotgieter-pacursa
Автор

Wonderful presentation be Dr Dixon 👍. Kudos

drnagarjunaneuro
Автор

1) focal hyperintensity in the cartilage 3x1mm with underlying subchondral marrow contusion/edema measuring 1.2x1.1cms in size in the lateral femoral condule - s/o low grade osteochondral injury.
2)small sized pockets of fluid collection under the LCL and FCL with diffuse increased signal intensity of LCL seen however fibre continuity is maintained - s/o grade II injury.
3)inflamatory/edematous changes with fluid signal intensity in the hoffa's fat pad.
4)focal grade I signal intensity in the anterior horn of lateral meniscus.
5)Tiny hyperintense signal(4mm) involving cartilage of medial femoral condyle.
6) Minimal joint effusion seen extending into medial and lateral recess and adjacent to anterior horn of lateral meniscus

maheshchowdhary
Автор

Great video, I am so excited for RADIOPAEDIA 2022!!! 😁

DrBasti
Автор

Thanks, excellent .
The most important points were reviewed

soniabermudez
Автор

Great as always . Thank you so much 🌷🌷🌷

mohsenahmed
Автор

Amazing topic and videos. Very enjoyable

soma-tnks
Автор

Where do you release the schedule for the live talks? I always see the recorded video but would love to watch them live!

liamreckley
Автор

Sir please make a video about interstitial lung diseases how to differentiate

tibimashwarai