Interpreting the Weber-Rinne Tests EXPLAINED

[@laurindacoker3745]

Everyone needs to hear this, pun intended!! That was the best explanation I have ever heard…Thank you so much!

[@hasnahassan4003]

I watched maybe 5 videos because I was confused. You explained it the best! THANK YOU!

[@doctormaryanne.]

i cant believe you have so little view for such a great explanation. Thank you so much. your explanation was great. keep it up.

[@BD091959]

Me either! All I can say is maybe it's just simple no fluff

[@liasosa4100]

Great explanation, easy to understand, very helpful. Thank you!

[@swaiyam1]

This was excellent. THe best video on the subject I've been able to find. Thank you so much!

[@FA-zr7um]

Great! I have a presentation on ear examination and this was tremendously useful.

[@dianerodriguez6546]

Thank you so much this is the best explanation on this topic I have ever heard, learned or seen, and that’s for the chart it is great. I gave thumbs up and subscribed.

[@himanshurana1897]

God bless you man.. Bless you with everything you deserve 👏❤️❤️❤️

[@BLOODM00N13]

this will be on my exam tomorrow and it didnt make sense to me, but now i fully understand so thank u so much (,: also subscribed ((:

[@edgardeugene4412]

Great explanation!

[@burns1606]

finally it makes sense!! and explained in an easy & simple way. thank you very much!

[@graciephil]

Amazing explanation!

[@nimra.ehsan512]

Best explanation everrr

[@tomisakin]

I believe this is the best explanation I've found.

[@legenarymaster3696]

This is an amazing explanation. Thank you so much...

[@drdianellyspintobenamaraap5935]

Finally understanding this after many people thanks

[@Elizabeth-uj6yy]

THANK YOU!!!!!! Awesome Explanation!

[@deepikaperera2419]

very good explanation

[@evelinmejia9415]

Excellent explanation

[@Cafe9833876]

Excellent!!!

[@sonetpretorius9681]

Fantastic explanation! Thank you

[@nkechiebere3228]

Great explanation... God bless you so much

[@Ryan-jv9se]

yep, definitely best explanation out there

[@WongH]

Question: When you do the Rinne test, what the patient have to hear? the sound or the vibration of the steel when you put in on the mastoid process?. and another question: do you have to count the seconds that the patient hear in the second part of the Rinne test? how many seconds is enough?

[@juanitadominguez6370]

I LOVE YOU!!!! Thank you for explaining so well

[@sheripalmer3192]

Nicely done and explained well. Your flow chart is very helpful. Thank you.

[@JayZeeeeeeee]

No one asked you.

[@sheripalmer3192]

@@JayZeeeeeeee why the hate?

[@JayZeeeeeeee]

@@sheripalmer3192 What hate?

[@sheripalmer3192]

@@JayZeeeeeeee Your response to my positive comment .

[@amarissabryant8616]

thanks for the explanation help me understand better!

[@oluchukwuceciliaaka124]

Very very helpful.

[@adnanhameed6217]

excellent thanks

[@asnakewoldemichael8584]

finally the secrete is clear, thank you.

[@idoniboyebagshaw3518]

Thank you. God bless America.

[@lhelms1267]

I teach skills and also clinical for nursing students. Oh yes. you saved me. Thank you!

[@sangeetajha1678]

excellent

[@creativity5002]

Thank you bossman

[@ruekay]

Thank you 👏🏾 was so confused 😆

[@philippeverhagen2725]

First of all, great explanation, thank you. My question: In the last case, could it also be "central hearing loss", or a lesion of the auditory cortex ?

[@keithbryanvillanueva1419]

In my opinion, if it's a lesion on auditory cortext then the patient will not percieve any air and bone conduction at all. Because higher sensory neurons wont be able to process it. Pls correct me if i am wrong sir

[@bayannasseral-harrasi6089]

Summary of video: Weber Rinne Normal: Equal in both ears. AC > BC in both ears. Right conductive loss: Lateralize to right BC > AC for right ear Left conductive loss: Lateralize to left BC > AC for left ear Right sensorineural loss: Lateralize to left AC > BC for left ear Left sensorineural loss: Lateralize to right AC > BC for right ear. Symmetrical conductive loss: Equal in both ears. BC > AC in both ears. Thank you doctor, To be honest I still didn't understand why this is happening. I will just memorize this. if BC > AC, why we have conductive loss?

[@khalidalali996]

Great session but I have question about laterlization. For example leterlized right ear why we have to do Renni test just for right ear? Why we can't do for both even R laterlized?

[@mraporargot]

You should prob do both anyway.

[@ramonr3921]

What would be the expected results if you tested the opposite ear after?

[@aidanomaille3709]

really good explanation but I still have one question. If the sound lateralized to the left side for example, and they were found to have conductive loss in the left ear, then shouldn't they have heard it better in the right ear in the first place?

[@TheRNgrl]

No, because with conduction loss, the bone conduction still gets through to the inner ear. I watched a different video about this and it said that it is a phenomenon that causes trapped sound, in a way, so that effected side sounds louder with the weber test. Here's the link: kzbin.info/www/bejne/fJipamSBbMmIbrs

[@darentfrca1596]

Best video

[@albertlee1538]

greatness

[@christiemackson2899]

Where can I find the flow charts?

[@ok6109]

thanks..💙

[@freelancerking2807]

Beautiful

[@majidullah9388]

❤❤❤

[@applewhite6544]

🙏🙏🙏🙏

[@gulcesakarya4918]

ıt was great but you kept repeating the same things , it got distracting at some point

[@petertao1747]

simple issues made too much effort to explain, not good.

[@amiguitomen81]

Excellent explanation! Thanks!

[@amanueldaniel8885]

what a fantastic explanation this is. wow !! thank you very much