Pediatric Neuroradiology - Malformations of Cortical Development (part 1).

[@waqarqazi7292]

I am so happy I found your channel. It takes a good heart to take time out of your schedule and teach us without any monetary expectations. We are very thankful and hope you have a great life.

[@mcat1067]

The best neuroradiology channel thanks to Dr. Sven! Another amazing video! The things I was finding impossible to learn are so beautifully explained that they diffuse straight into my brain :D

[@rakeshkumar-kv7ii]

Really amazing presentation sir, it helps a lot the way you have explained in Lucent and concise manners. Thanks for helping us in the pursuit of being a good radiologist and helping our patients.

[@theneuroradiologist]

thank you very much for this nice comment :)

[@gaurangrathod6529]

Thanks a lot for so serene lecture. Hope to learn more from you.

[@ahmedfathieid]

Rearly amazing educational ilustration , make our life so easy, Thanks for efforts and your time

[@theneuroradiologist]

Thank you for the nice comment!

[@pijushkumarmukherjee9983]

Great presentation 🙏

[@rks5582]

Great lectures sir

[@shwetasingh9125]

Thank you!

[@vineethbaby]

Thank you very much

[@mariyak.2594]

Thankyou so much sir 🙏 ☺️

[@pijushkumarmukherjee9983]

Band heterotropia aren’t they T1 isointense if you r comparing them with grey matter?

[@theneuroradiologist]

Yes, dont know what I said in the video, but signal is similar to cortex on all sequences

[@Philadelphiaguysam93]

Great lecture, thank you. I have a question. What did you mean by " windowed FLAIR images"

[@theneuroradiologist]

a bit similar to windowing a CT image, but in a FLAIR image: increasing (or decreasing) the image contrast in your image.

[@hibaeltayeb6450]

Nice

[@gulnaragayeva170]

Thank u a lot

[@hibaeltayeb6450]

Nice