Imaging of the eye.

Imaging of the eye, orbits and visual tracts (part 2): the eye.
Second video in a series on imaging of anatomy and pathology of the eye, orbits and visual tracts. In this video I discuss ocular anatomy and pathology.
This video is brought to you by the neuroradiologist:
/ theneuroradguy
/ the_neurora. .
theneuroradiol...
#radiology #neuroradiology #neurology #medicalstudent #neuroradiologist #theneuroradiologist #MRI #CT #medical #eyes #mri #radiologytechnologist #radiologyresident #brainanatomy #ophthalmology #orbit

[@dr.firasqawasmi4699]

❤Thank you for breaking down such "Orbital" information in a way that was easy to understand ❤

[@syedzaman1148]

SO NICE LECTURE. THANKS

[@ImNotAFreak14]

The absolute best!

[@siddharthnaidu4238]

Great work 🫡

[@mahdouMD]

💖

[@SamSung-xc1yl]

❤❤❤

[@fideletsongo4079]

Very good and concise presentation

[@АлександрА-б7ю8й]

[@memoasonaya]

Fantastic presentation Sven! One question: As ophthalmologist I use to use ultrasonography, autofluorescence imaging, Optical coherence tomography (OCT) and Fluorescein Angiography for detecting optic disc drusen. Moreover CT scan is a good tool for showing calcified deeply buried drusen that not visible with the aforementioned tools. My question is: Is it possible to see them on MRI as well especially when they are not yet calcified? thank you in advance :)

[@theneuroradiologist]

Thank you very much! Calcifications of any kind are generally a lot harder to see on MRI compared to CT, especially very small calcifications like these. Unfortunately there's no role for MRI (to the best of my knowledge and experience) for detect drusen, whether calcified or not.

[@Stinosko]

"There is more than meets the eye" 😉

[@theneuroradiologist]

@@Stinosko brilliant title

[@Stinosko]

​@@theneuroradiologist Maybe you can create a playlist of all orbital lessons with this name 😉