I posted a thread on how the ECOG test made my tinnitus much worse and gave me H.
For the benefit of all the members of the forum. Note the following
- Generally, try to avoid ear tests or sound tests that are loud. Doctors (except some renowned ones) don't understand how debilitating tinnitus is, I am sure most of you know this by now. You will probably ask the doctor is it safe/would it have no impact my tinnitus? they will say yes. Don't trust the doctor when they say its safe. Of course, they will say its safe, they are prescribing the test in the first place. They don't take tinnitus seriously. While it's generally safe, it might not be safe for us who already have ear damage. So you need to make a judgement call on the importance of test
- Doctor are inclined to prescribe as many tests as possible for commercial purposes. While I am not ruling out the importance of some tests, many tests are there for the sake of a diagnosis. Many diagnoses don't have a treatment solution except waiting for nature to do the recovery. The point is that its wise to ask "if my results were abnormal, what would the next steps be." Sometimes taking the treatment and checking if it is effective is a safer option than doing the test then taking the treatment.
It was very loud in my ears. The thing is that the electrodes are placed just next to to the cochlea.How loud is the electrocochleaography?
@Jiri had also done a test "acoustic reflex" which caused him to have a nasty spike.It was very loud in my ears. The thing is that the electrodes are placed just next to to the cochlea.
It's true. It's only gonna add more damage to your already damaged ears.@Jiri had also done a test "acoustic reflex" which caused him to have a nasty spike.
Hm, it's going to be changing the pressure in your ears but you will hear some sounds too.The tympanometry is harmless done by itself.
Hm, it's going to be changing the pressure in your ears but you will hear some sounds too.
The tympanometry is harmless done by itself.
I think it depends on the circumstances. It exerts pressure on the ear drum (negative & positive) up to a certain point. I can see how some ears could react negatively to that. I've declined that test every single time since my surgery because I have a titanium prosthesis in lieu of a stapes bone and the linkage between the prosthesis and the cochlea is a simple piston, which is very different from the contact surface that a real stapes bone has with the cochlea. I'm unsure that the resistance of my ossicular chain is identical to that of a "regular ear", and I don't want to find out unless absolutely necessary.
Every single time, when I asked the audiologist "is this test absolutely necessary? why are we doing it?", the answer was "we do it as a matter of routine testing with all hearing tests", without any understanding of what the patient is coming in for. It turns out it was never needed.
I don't know of any "safe tests". There's always some amount of risk: infinitesimal risks can become significant to a population whose hearing apparatus is not perfectly healthy and can be considered "out of the norm". I'd proceed with caution.
I don't think so. The way they pressurize the ear is very different from the pressure changes from sound/noise. It's more like a pressurization you'd feel when you change altitude (or dive). In a typical test, the pressure applied is in the order of tens if not hundreds of daPa (deca-Pascals) - that's 100-1,000 Pascals (source). For everyday sounds, the pressures are much lower, in the order of 1 Pascal for 94 dB SPL (source). That's 2 to 3 orders of magnitude difference, if my math is right.In your case, I can understand declining, but I'm willing to bet most people see harsher pressure changes in everyday life.
Not since my hyperacusis has subsided. I don't particularly like them (like any other harsh sound), but I don't notice any bad effects from it.Do car doors slamming bother you?
When I was mentioning a car door slamming I was talking about the pressure change in the cab, not the sound pressure.I don't think so. The way they pressurize the ear is very different from the pressure changes from sound/noise. It's more like a pressurization you'd feel when you change altitude (or dive). In a typical test, the pressure applied is in the order of tens if not hundreds of daPa (deca-Pascals) - that's 100-1,000 Pascals (source). For everyday sounds, the pressures are much lower, in the order of 1 Pascal for 94 dB SPL (source). That's 2 to 3 orders of magnitude difference, if my math is right.
When I was mentioning a car door slamming I was talking about the pressure change in the cab, not the sound pressure.
... or is it nonsense?
Look here: https://en.wikipedia.org/wiki/Otoacoustic_emission
"The relationships between otoacoustic emissions and tinnitus have been explored. Several studies suggest that in about 6% to 12% of normal-hearing persons with tinnitus and SOAEs, the SOAEs are at least partly responsible for the tinnitus".
I guess Acoustic Reflex is loud - Tympanometry itself is supposed to be around 40 dB. Am I right?Tympanometry is loud. I'd avoid that.
Dunno.I guess Acoustic Reflex is loud - Tympanometry itself is supposed to be around 40 dB. Am I right?
It stars with 40 db, but it goes up to 90 - 110 db. Extremely inappropiarte noise levels, especially for people suffering from T or H. (And even for normal people, it is too loud). Usually many doctors perform some kinda "Tympanometry in disguise" on you. They call it "Impendance Test", but what they really do is a combination of Tympanometry Test and Acoustic Reflex Test. But in the first place Tympanometry tests are completely unnecessary. They're not really revealing and if the audiometry doens't show somethign special, there's absolutely no need of performing a Tympanometry testI guess Acoustic Reflex is loud - Tympanometry itself is supposed to be around 40 dB. Am I right?