Very nice lecture! I enjoyed it. Just want to clarify on "cherry red spot": the retina receives 2 blood supplies (retinal and choroidal vasculatures). When you have an CRAO, the retinal vasculature is completed block. So the whole retina appears pale. In order to produce the most precise vision, the fovea is not covered by retinal vessels - that is, the choroid is the only blood supply for the fovea. That is why the fovea appears bright red in CRAO.
Hey Great Video! I Just wanted to say- in case of a CRAO, there is no fixed or dilated pupil according to my understanding. CN3 is still intact therefore consensual pupillary response is normal, however as you mentioned direct pupillary response is impaired due to the retinal stroke. The pupil isn't fixed because it still responds to light shone on the consensual eye and is not dilated because its parasympathetic supply is still intact :) It does have an RAPD- shine on the normal eye = both constrict, shine on abnormal eye = return to original size and then shine again on normal eye = both constrict.
Very nice lecture! I enjoyed it. Just want to clarify on "cherry red spot": the retina receives 2 blood supplies (retinal and choroidal vasculatures). When you have an CRAO, the retinal vasculature is completed block. So the whole retina appears pale. In order to produce the most precise vision, the fovea is not covered by retinal vessels - that is, the choroid is the only blood supply for the fovea. That is why the fovea appears bright red in CRAO.
I can’t thank you enough for uploading these are immensely helpful to ED providers all over the world
Hey Great Video! I Just wanted to say- in case of a CRAO, there is no fixed or dilated pupil according to my understanding. CN3 is still intact therefore consensual pupillary response is normal, however as you mentioned direct pupillary response is impaired due to the retinal stroke. The pupil isn't fixed because it still responds to light shone on the consensual eye and is not dilated because its parasympathetic supply is still intact :) It does have an RAPD- shine on the normal eye = both constrict, shine on abnormal eye = return to original size and then shine again on normal eye = both constrict.
one of the best lectures. thanks
I like her style of teaching, very helpful, Thank you
Thank you for this on-point yet very informative and helpful presentation. I really enjoyed it!
thank you for this beautiful breakdown. im now much less scared of eye patients!
Thank you. this was A very good video for we family practitioners
Well elaborated talk ! Incisively explained case studies ! Much obliged Jan :)
the spelling of ophthalmology is much clearer when it is pronounced correctly. the 'ph' when followed by 'th' makes an F sound in English
Wow precisely done ✅ love it thanks
Well organized and very helpful
Thank you from a FP physician.
NB : don't use baby shampoo because of this decrease tear stability - oxford book 4th edition
Thankyou soooo much... Excellent lecture.
Great summary!! Thanks for sharing!
Thank you, thank you,thank you.!
well done ,very informative presentation .
Excellent work...sumarise everything. ..Thanks. .
awesome presentation
Thanks!
Not Klazion it is Şalazyon (Ş=Shh)
Explanation for RAPD is just wrong. She explained total APD but not relative.
26:57 Bitemporal hemianopsia*******
Sorry, she corrected afterwards..
I hope to become a ophthalmologist 🤓
top class lecture
amazing
did you just say "Kalazion"??
Prima
I am 12. And somehow I understand this and watched the whole thing...
PLAY WITH YOUR TOYS! USE YOUR IMAGINATION, BEFORE IT'S....too late.
@@billboyle1588😂😂😂