Welcome to StudEye👁️🗨️ - Your Optometry Learning Hub! 📚
🔍 About Us: At StudEye, we're on a mission to simplify the world of optometry and vision sciences for students like you. Our channel is your go-to destination for mastering the complexities of optometry in the simplest way possible.
🌟 What to Expect: Dive into our engaging video lessons covering a range of optometry topics and vision sciences. From fundamental concepts to advanced techniques, we break it down in a way that makes learning a breeze. Our goal is to empower you with knowledge and fuel your passion for optometry.
👁️🗨 Subscribe & Stay Informed: Hit the subscribe button, click the notification bell, and embark on a learning adventure with StudEye. Don't miss out on the opportunity to enhance your optometry knowledge in an enjoyable way!
No, vertical scale only shows hyperphoria, no information about the hypophoria can be obtained from maddox wing, the odd and even numbers in vertical scale corresponds to hyperphoria in the right and left eye respectively. Kindly confirm this
Yes you are right, to sone extent we are unable to measure the hypophoria with maddox rod. For that purpose we need to measure hypophoria with the help of maddox rod.
Dear student, we don't provide mcqs related to any topic. We are here to make sure that you can understand the topics clearly. Sorry for the inconvenience.
Typically, in normal patients we can see 4 light reflexes, when the patient is exposed to the torch light. For more understanding watch our video: ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-k46AZUV8T2I.html Here, we have explained about how many reflections can be seen and how they actually appear. Thank you.
Please ik kal lecture cheya optical device and it's type its magication what is the difference between bioptic and binoculars spectacle mounted telescope
ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-Sb9qCrn33MA.html Watch this video for the minor understanding and for calculation remember a formula for the calculation of magnification for telescopes (distant optical device) that is, Magnification = Desired distant Visual Acuity / Actual distant Visual Acuity. Good luck for the exams, and sorry for not uploading video on it today for some reasons
I generally check myself at home, using my Snellen and test lenses. Currently at 20/20 and +0.5 diopters. Improved from 20/60 at -1 D. You review is very valuable. Thanks!
