Otoacoustic Emissions

[@bmfsnc8466]

future SLP here, thanks for helping me with my audiology class :) much appreciated

[@TroubledPelican]

Dr Venema, the Bob Ross of the audiology world!! Such a calming, extremely informative, and passionate man. Thank you for all the work you have done and continue to do

[@theforest3484]

Hahahaha I'm watching this for absolutely no reason. But what a fantastic lecturer. Totally understands how to make this content interesting and understandable.

[@mijanaotana704]

Dr Ted you are simply amazingly. I end up smiling at the end of all your lectures. God bless you

[@sylvia1124]

Thank you to all the people who spend their lives doing research on things this detailed and continue researching to get better quality of living for others. Thank you Dr V for this information.

[@FuSoFo]

At any rate, I believe I will do well on my midterm

[@planetsaver1]

This is an excellent presentation! Dr. Ted, you are a natural teacher. I am studying for the Praxis exam and you are making things make more sense to me. Much gratitude!

[@nidhincherian6159]

Your explanation is outstanding..Thank you so much. As an audiology student, this is very useful.

[@paulinepirianoi4926]

Thanks a lot Doc.the explanation is on point.I am now less scared for my daughter's OAE test end of this month.thanks again.

[@francisadajar9617]

this dr is a god in hearing science...

[@TheJarnfrid]

I love your knowledge and enthusiasm!
Thanks for making me smarter.

[@hadsbezan2064]

you are amazing dr Ted

[@moniqueacevedo1889]

You are a life saver! You make this so easy to understand. Thank you

[@alejoOpusMagnum]

Excelent. I have been waiting an explanation like this one for several months!!!!

[@jyotikhandhar6190]

Crystal clear explanation. Really enjoyed

[@Marouf3]

Omg what a perfect justification is that !!!!

[@ashuaurora]

very well explained...
i am impressed by the way you talk

[@xRogueVol2]

Dr. Ted is a rockstar straight up

[@milenakrajinovic8982]

Thanks for your clear & helpful explanation!

[@rociovs2203]

Thank you very much! very useful! I couldn't understand my book and now it all makes sense

[@kripaphilip2387]

thanks Dr. Ted u have been a great help

[@Elixir01.k]

U r really a great teacher,a hard working...thank u for the nice video

[@sarahmacdonald8021]

This as the best explanation Ive heard! thank you dr ted :D

[@raphaellekoerber1875]

Thank you - Please make more!

[@donnah313]

Great experience and details! Thank you 🙏

[@bombay_neurology]

Thank you. It's very informative

[@michaellamaddry8505]

thank you, dr. ted

[@rashidehmehr6609]

Excellent ! It's very helpful explanation. Thank you so much Dr. Venema :)

[@marissadepaoli8548]

Great explanations!

[@aliazimdaudpota1117]

Amazing! please make one for BERA too

[@286cel]

Awesome! So helpful! Thank you very much!

[@margomwambakalenga6689]

So helpful! Thank you so much.

[@master1318]

I wish you the best

[@torontogirl3]

great explanation! thank you!

[@inassbelgcir8429]

Thank you, you explained it perfectly

[@sharonleggitt9528]

Very well explained

[@annag4334]

You are an amazing teacher! You made learning about this really fun. (I like that you use a little bit of sign-langage when you talk.) haha!

[@francisadajar9617]

hi dr ted i hope you make a video on abr test.., and how it can detect different ear pathologies.., thank you

[@rahmathk7208]

Very comprehensive

[@praveenaezhil2925]

simply awesome !!

[@lauralopezbueno535]

Hi, your videos are amazing, thank you so much. I was wondering whethet I could find some info on the viewing order. Most lessons start with "as we've seen in last video", but I don't seem to find the first one to start there. Thank you.

[@AliyuBShehu]

great really exiting

[@LeeDavisonYo]

This was really helpful, cheers :)

[@amelagustafsson1738]

Thank you very much! Can we see a video about the vestibular system and nystagmus, please!

[@shriyajagadam9567]

you are amazing

[@ivvygreen9265]

very GOOD! and very clear also :)

[@akashrauniyar2104]

Great explanantion......... thanks a lot sir :)

[@Ashoksingh-ok7nh]

Tq sir

[@mustafakavugudurmaz9907]

amazing

[@TheBassHeavy]

Great thank!

[@jimprior180762]

Thanks, very interesting explanation. I came here because I wanted to understand a phenomena experienced by some people called The Hum which is where they hear/feel a very low frequency vibration that sounds like a diesel engine idling, a very low hum that also has a pulsating, throbbing or phasing effect. I am 60 and I have this. It sounds almost like an actual physical vibration within my head. At one time I really believed it to be a real external noise, but now I think it is an internal sound as my wife says she cannot hear the sound herself. I thought perhaps it was a form of tinnitus. I also have high frequency tinnitus. I wondered if The Hum could be a result of OAE's somehow. But according to your explanation here, OAE is NOT tinnitus. So can you explain what causes this Hum that I hear?

[@MedicalFrontier]

daaaaaaamnnn you need to lecture more

[@Gguy061]

A 1.22 ratio will sound somewhere between a minor and major third interval. Interesting

[@DrDre-sy2kv]

awsm

[@PearsAreOkay]

Why would someone have solely inner hair cell damage? Ototoxicity?

[@TheBassHeavy]

Yeah I think that's possible. It can also occur in ANSD.

[@mona7940]

Good

[@colettevossler-welch5721]

I have a specific question. If someone presents good speech recognition with an 80 dB HL, what do you suppose the HL origin may be?

[@drharsha3376]

@Colette Welch It could be due to 1)Lip reading 2)Better hearing in the other ear. 80 dB HL - will DEFINITELY be mixed, ie. with both conductive and SN components, hence not possible for the person to have good speech recognition if HL is present in both ears.

[@colettevossler-welch5721]

@Harsha Vardan - 1) Lip reading skills is only relevant when you are not doing MLV and the opportunity to lip read is present. 2) While a mixed hearing loss is a likely scenario, I'll give you more information. The patient has an asymmetric HL with no measurable responses on one side. SRS have remained above 80% range via recording at MCL.