Small correction: "Together these tumors account for more than 75% of INTRA-AXIAL brain tumors in adults", so that's leaving out meningeomas and schwannomas, and I also omitted pituitary adenomas from the statistics to arrive at that number because based on location, pituitary adenomas are (mostly) a pretty straightforward radiological diagnosis.
Amazing lecture series. Concise, informative and entertaining. Could not ask for more. Good job and keep up the good work. Very very underrated channel.
Thank you so much for this wonderful lecture as well as for the rest of the content of your channel! I have one question, what is your opinion about using double-dose contrast in order to detect brain metastasis? Or is it better or sufficient to obtain late contrast-enhanced images?
I have no experience with that, so hard to say. We perform 3D black blood images of the brain after GD and the sensivity is great (3D-T1 SPACE BB; Siemens machine), even for detection of subtle millimetric metastases (but for leptomeningeal you really need to add that FLAIR+GD) so I doubt doubling contrast dosage would increase the detection rate even further, but I haven't investigated it and am not familiar with studies on the subject :/
Hands down the top neuroradiology channel on youtube. Thank you for sharing your knowledge!
Too much credit, but thanks :)
THE BEST NEURORADIOLOGY CHANNEL ON CZcams. BY FAR! Thank you for all that you do!
Small correction: "Together these tumors account for more than 75% of INTRA-AXIAL brain tumors in adults", so that's leaving out meningeomas and schwannomas, and I also omitted pituitary adenomas from the statistics to arrive at that number because based on location, pituitary adenomas are (mostly) a pretty straightforward radiological diagnosis.
do they restrict? can we differentiate mets from abscess on basis of lack of restriction?
Pin your comment for everyone to see it
Hello doctor, please can I forward you my MRI CD for a review?
I’m at the end of my neuro imaging fellowship and I can’t tell you how much your lectures are useful. Thanks a lot. 🙏🏼🙏🏼
I can't even explain how much I've enjoyed the Madness reference.
:D
Also for a Danish neurologist like me, it is an excellent review, very practical and applicable in daily practice. I'm looking forward to chapter 2.
Thank you so much for your answer!! It is very useful to know what you are doing in your centre in daily practice!
Amazing lecture series. Concise, informative and entertaining. Could not ask for more. Good job and keep up the good work. Very very underrated channel.
Thank you
Crystal clear concepts with clinically relevant information. Thank you❤
Fantastic lecture, very well explained! Thank you!
thank you for the nice comment :)
Thank you a lot for doing it!
It is very much needed
Please, don’t stop with the context!!!
I won't, thanks for the comment :).
I am happy to learn more than what I got in my lectures. Thank you for this presentation. ♥
Awsome lecture!!!
excellent teaching points, waiting for part 3
please make more videos from basics of MRI LEARNING
thank you for the great initiative ❤
I willl, comments like these are very encouraging to do so, thank you very much!
Very useful teaching ! Thank you
thanks!! very useful! im preparing for my PhD project which related to glioma, your video helps a lot!
Amazing!! Awsome lecture. Thank you very much from Bogota-Colombia
Thx from Argentina!
Plz make a video on post treatment imaging in brain tumors
please upload more and more content
Great Lecture! Thanks! Regards from Chile 🇨🇱
Thank you! I love your lectures! Regards from Spain
Great presentation 🙏🙏
Very informative lecture. Thank you from India
Excellent lecture, thank you
Great job!!
Great lecture! Thank you
thanks!
wonderful
Thank you so much for this wonderful lecture as well as for the rest of the content of your channel! I have one question, what is your opinion about using double-dose contrast in order to detect brain metastasis? Or is it better or sufficient to obtain late contrast-enhanced images?
I have no experience with that, so hard to say. We perform 3D black blood images of the brain after GD and the sensivity is great (3D-T1 SPACE BB; Siemens machine), even for detection of subtle millimetric metastases (but for leptomeningeal you really need to add that FLAIR+GD) so I doubt doubling contrast dosage would increase the detection rate even further, but I haven't investigated it and am not familiar with studies on the subject :/
Thankyou very much
Great
🎉
Great lecture ,Thanks
Thank you
Amazing lecture, thank you