Weber vs. Rinne Test & Conductive vs. Sensorineural Hearing Loss
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- Опубліковано 4 тра 2017
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6 years have passed since this video was uploaded and i still go back to it for revision as it is the best and most concise . Thank you very much
Thank you, Amazing easy explanation.
I think that one thing is missing: when there is conductive hearing loss 1. yes in Rinne test BC > AC in the affected ear, plus 2. in Weber test (same patient, same conductive defect) sound will be more audible on affected side. so I'm saying that in the conductive hearing loss both Rinne and Weber tests are abnormal.
exactly........this thing confuses most of the people! thanks for bringing that up
this is correct. I'm commenting here so it pushes this post to the top so other people can enjoy your wisdom. thank you!
You need to remove and redo this video, or add an annotation letting viewers know that these is missing information.
S M this actually came up on my exam.
One way to make this easier, is to add arrow heads to the tips of the letters; S for sensorineural and C for conductive. This can tell you the direction of the Webber test.
Sensorineural: arrows point in opposite directions, indicating the opposite ear is affected vs. the one that sound was conducted to.
Conductive: arrows are on the same side, indicating that the ear the sound was localized to was the one with the defect.
S M I agree. It was really amazing. And you addressed a very valuable point. Thankyou to both of you dirty USMLE and S M.
I have always struggled to remember the tests but to simplify things, try imagining yourself with complete conductive hearing loss or sensorineural hearing loss:
First, perform Rinne:
1. We know Rinne test mainly tests for conductive hearing loss. If Rinne test is negative (abnormal) on one side, that means your air conduction is not working, i.e. bone conduction works better than air conduction. This happens when you have a blockage in the outer ear, so the sound doesnt get transmitted through the chain of ossicles to the cochlear. = Conductive hearing loss
Then, perform Weber:
2. If Weber test makes you hear louder on that same side of the ear, that confirms the conductive hearing loss. (try shutting your ear with your hand in a quiet room and say something) you always hear louder with conductive hearing loss, softer with sensorineural loss.
3. If Weber test makes you hear louder on the other side, it could indicate sensorineural hearing loss on the first side of the ear. Because you pretty much can't hear anything on the ear you just tested, maybe the cochlear/nerve is dead, so only the other ear can hear something. Tricky part is, there could also be conductive hearing loss on this other ear (remember you hear louder when your ear is blocked), therefore it's hard to distinguish when this happens, best to perform audiogram to confirm.
I think there are many variations and possibilities to this but hopefully this simple idea/concept help you pass your exams XD, in practice you will end up asking them to do audiogram or refer to ENT if concerning anyway
Cohen Goh ,Thank you ....best explanation👍
Cohen Goh thanks a lot!!
Best explanation I have heard in a while!
thank you so much
What really sucks is figuring this stuff out after DV past statute of limitations.
Omg I couldn’t understand this concept for the longest time and now I totally understand it after watching your video. Thank you so much!
Same
Since R comes before We Do Rinne before Weber. Bone conduction > Air conduction, why? When sound passes through ear canal through Malleus Incus and Stapes it gets amplified therefore Bone conduction > Air Conduction. First we do Rinne Test if there is a problem in that ear we know that there is a problem but to ascertain if it is Conductive or Sensoneural we do Weber - if Sound is heard more in the ear which is normal it is Sensoneural problem this makes sense but in conductive hearing loss the sound is heard more in damaged ear this is quite counterintuitive - this happens because in damaged ear there is less noise coming from outside through ear canal and also there is less of sound waves leaving through ear canal as the ear canal is damaged - the reasoning is good but it can be confusing so the mnemonic used here is Sensoneural makes sense.
I'm an MS3 and this is the first time these tests have made sense to me. THANK YOU!!
erectus 😋😛😜🤪😝😏🥵🥶
This is by far the BEST explanation EVER!!! I’ve been avoiding delving into this seemingly confusing topic since I was in med school. Thank you much!!!
I can’t express enough the perfection of this explanation. Thank you!
Thank you, this is an awesome video. You do an excellent job breaking the concepts down in a way that fosters rapid recall of the information. I love your videos!
I’ve watched so many videos about it. Finally, I got it. Thank you so much!
Thank you for this video! I have been procrastinating to truly learn this for the longest time. I have my PANCE licensing exam soon and your video helped to clarify this concept that they too also often test.
THIS IS THE BEST EXPLAINATION!!! SIMPLE YET INFORMATIVE!!! THANK YOU SIR
I have been trying to understand it since first year of my medschool, but I never understand. And this guy fixed it in my mind within 2 minutes ! Thanks man... I really appreciate it 👍🏻
YOU ARE AMAZING!!! I am writing tomorrow and I really needed this thank you so much! Thank you.
Thank you for this easy to understand/concise explanation of this difficult concept! I found it very helpful that you gave the example as a follow up, thank you! :)
Thank you very much for this video! I have watched other videos and read some material to help me distinguish between the Weber and Rinne, and yours, is very helpful.
Thank you very much. This video simplified everything for me before my test tomorrow.
OMG THANK YOU SOOO VERY MUCH.. you saved my huge amount of time by this 5:40 min of video.. really made it supereasy !
Thanks for this video, I've struggled with understanding Rinne vs Weber and this video was really helpful.
This was so helpful thank you! this has confused me for years at med school and suddenly makes sense!
The sample really help, so clear finally got it, thank you!
Thank you so much, this is an amazing and simple examination. A very grateful med student!!
Awesome. Simply put. Now I have it. So grateful!
Amazing. Been studying for my NP boards and couldn't get it until now!!!! Thank you!!
Patient with hearing issues:
Step 1: Rinne
Rinne (BC>AC) = Conductive hearing loss in that ear --> Done
Rinne (AC>BC) = Not conductive hearing loss --> use Weber to localize sensiorneural hearing loss
Step 2: if Rinne (AC>BC) --> Weber for SNHL
Weber Louder ear is good ear--right if they can hear it, ear is working
Weber softer ear is bad ear --> SNHL
Great video !
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Thank you so much! I take my FNP Boards tomorrow and this was a very helpful refresher!
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A very good explanation. Loved the mnemonics. I will sure never forget this now.
hey, its been 2 years now.. did u forget it ?? haha
😅I had to keep reviewing the topic a few times after this video... But the video is brilliant and it's a shame I forgot I even watched it. I would've watched it over and over again.
You made this information very simple, we need like you for explanation… Thanks🙏🏻
amazing i literally learnt this in five mins! thank you
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AMAIZING METHOD & EXPLINATION ONCE AND FOR ALL..
THANKS FOR SHARING
Amazing simple video, thank you for posting
You are a saviour!
im had trouble with rinne and weber before, but got it right after watching this. thanks
Thank you!!!! My instructor kinda confused me but this made sense of it for me!
If anyone would like to know why air conduction is longer than bone conduction in the first place. Remember the mastoid process is full of air pockets, IT IS NOT 100% SOLID. And sound travels slower and tends to be dampened more in air than in a solid. You may ask how does that make sense if sound is traveling only through the air when we remove the tuning fork from the mastoid. The reason is that the malleus, incus, and stapes are designed in such a way as to AMPLIFY sound coming from the air and that increases the ability of the neurons in the cochlea to sense sound from the moving lymph. Because the sound is being amplified from the air, it lasts longer than if sound was moving through the mastoid process which is full of air cells. Maybe someone is curious and it's the least I can do for this helpful video. I hope it helps someone.
Thank you very much. Very simple and memorizable explanation! Today is exam day. Wish me luck. :)
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This video is very informative.I want to ask if you could organize your videos categorically under the playlist section so that navigating will be easier for us. Thanks!
OMG BEAUTIFUL. this is great. WAY better than my neuro professor
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Very magnificent video and the first one I saw meaningful to both tests
Oh my god this video is amazing. Thanks 🙏🏾
Very easy explanation using diagram and pneumonics.. Any body can understand so easily.. Crystal clear
Thanku so much
Thank you for the clarity
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Thank you very much. It was confusing every time I heard it. This is the first time I got it correct
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