Ma'am one doubt:-- In case of telecanthus,epicanthus and narrow IPD, there occurs pseudoesotropia-- but is the angle kappa negative in these 3 clinical scenarios(telecanthus,epicanthus, narrow IPD)??? Or does angle kappa remain normal(that is, plus 5degrees for adults)in these 3 clinical scenarios(which are causes of pseudoesotropia)???
@Paramita Saha Mam already told that she is teaching these 3 conditions here coz all have 1 thing in common-pseudoesotropia . Not that angle Kappa is -ve in these 3,it is normal(why would it change, there is no pathology /shifting of fovea) !!
Try nd understand it this way, normally corneal reflex is nasally, keep it constant(for understanding) In pseudoeso-eyes should be seen converging na, so imagine eyes are converging nd reflex is still/constant(as we supposed) , so obviously, due to inward movement of eye, reflex appeared temporally!!! And vice versa for pseudoexo!!! @Sairam Innamuri
Hey I got the answer...I will try to make it brief.... actually we know that in a normal person corneal light reflex is towards nasal side... And that is bcz we have fovea towards temporal side.........so in case of high myopia the axial length of the eye is increased and due to this stretching , the fovea is pulled towards the nasal side ...and that causes these two phenomenon....Now the corneal reflex is seen on the temporal side (as now fovea is now located nasally ) and this also causes pseudoesotropia ( as fovea is located nasally so eyes will move medially to focus on fovea) ... I hope you get it 😅
Amazing class Maam
Thanks.
Superbly expiled madam.
Madam can you take on RGP.Rose K. Scleral contact lens.
Please kindly make this topic for us easy.
Ur method of teaching is unique ma'am..
Super se bhi upar ma'am!!! Thanks for being a saviour
Wonderful explanation mam.❤️❤️❤️❤️❤️
Thank you very much mam❤️❤️
This was very helpful explanation.
Superb explanation ma'am.... Amazing... Thank you so much
Thank you mam
Excellent. Got my confusion cleared.thankyou mam
Great video mam 🙏
Please share some info about angle alpha also.
Thanks 🙏 so much mam for daily ophthalmology videos
Nice explanation!
Thank you very much maam
Mam pupillary axis and visual axis is not coincident then how angle is formed
Nxt lvl explanation mam….No more need to mugUp the causes & then confuse it in exams💚
Wow ❤️
Mam is rockstar !
Maam can you make video on horizzonal diameter and vertical diameter of eye and how it is measured...i am very confused in it
great
Please tell about angle gamma.etc.also
Madam
Thanku mam..... ❤❤❤
Cleared my doubt and gave me concept, thankyou ma’am.
In true squint, will the image still focus on the fovea? And how will this change the visual axis and angle kappa?
❤️❤️❤️❤️👌👌👌
Upload about cataract also....
Ma'am one doubt:--
In case of telecanthus,epicanthus and narrow IPD, there occurs pseudoesotropia-- but is the angle kappa negative in these 3 clinical scenarios(telecanthus,epicanthus, narrow IPD)???
Or does angle kappa remain normal(that is, plus 5degrees for adults)in these 3 clinical scenarios(which are causes of pseudoesotropia)???
@Paramita Saha
Mam already told that she is teaching these 3 conditions here coz all have 1 thing in common-pseudoesotropia . Not that angle Kappa is -ve in these 3,it is normal(why would it change, there is no pathology /shifting of fovea) !!
Can you kindly make a video on Worth's four dot test?
It’s there in important tests in ophthalmology
Mam one doubt mam in case of myopia reflex coming to more temporal then it should be pseudoexo mam? Some basic is not there mam regarding this for me
Sairam Innamuri I have the same query
Try nd understand it this way, normally corneal reflex is nasally, keep it constant(for understanding)
In pseudoeso-eyes should be seen converging na, so imagine eyes are converging nd reflex is still/constant(as we supposed) , so obviously, due to inward movement of eye, reflex appeared temporally!!!
And vice versa for pseudoexo!!!
@Sairam Innamuri
@@141vannidhawan2 thank u dr
Hey I got the answer...I will try to make it brief.... actually we know that in a normal person corneal light reflex is towards nasal side... And that is bcz we have fovea towards temporal side.........so in case of high myopia the axial length of the eye is increased and due to this stretching , the fovea is pulled towards the nasal side ...and that causes these two phenomenon....Now the corneal reflex is seen on the temporal side (as now fovea is now located nasally ) and this also causes pseudoesotropia ( as fovea is located nasally so eyes will move medially to focus on fovea) ... I hope you get it 😅
@@aditibajpai115 are you sure ?
Thank u mam
Thank you mam.