Amazing!!!❤
Your explanations are mind blowing ❤
👍👍
Thank you
This is so interesting, learned so much, in such a short space of time. Wait, this needs to be on Tiktok!
This is just excellent. Well done.
Amazing! Thank u
Dr, which one would be the difference to starting with the palsy muscle's contralateral synergistic muscle (yok muscle), then with the contralateral synergistic muscle's homolateral antagonist (Sherrington's law) and finally with the homolateral antagonist's contralateral synergistic muscle (Hering's law) instead this method? I mean we get the same results but it's just personal preference? Or there is a good explanation for that.
Thank you
Which eye do you put the prism over to measure the primary deviation (prism over non paretic eye?) ? Secondary deviation ( prism over paretic eye) ?
Ok
DVD (dissociated vertical Deviation) doesn't obey hearings law and Duane type I doesn't obey sherringtons law.
Bravo !
Thank you it is amazing to explain fallen eye syndrome in between
whoa this isn't the video I was looking for but I understood everything you were said. You're definitely a good teacher
Can you also explain Listing's plane/law?
Plz write LSR not LSM/it's confusing
what will happen if right superior rectus is paralysed?
You have an incredible way of explaining difficult concepts in an easy to understand format. A sign of an excellent teacher.
Primary underaction (e.g. left superior oblique).
• Secondary overaction of the contralateral synergist or yoke muscle (right IR; Hering law).
• Secondary overaction and later contracture of the unopposed ipsilateral antagonist (left IO; Sherrington law).
• Secondary inhibition of the contralateral antagonist (right SR; Hering and Sherrington laws).