Sup sluts.
You probably saw the article about the University of Arizona finding a possible treatment by targeting neuroinflammation in mice. If their finding translates to humans and is safe, it could be less than one.I had a dream where there was this orange pill, it silenced tinnitus. It was magical.
How many decades until we have a real pill to silence this?
Johnny boy time to ignore you!Don't mean to brag, but I just made some perfect homemade tendies. Nice and crunchy and the meat was still moist and juicy.
Good for you man. I'm happy for you, and also jealous. Hope Lenire might help me and all of us.Hey Y'all, I'm very much alive! Like @Daniel Lion said I've been out riding, met a girl, and have been working a lot.
My tinnitus has mostly been at the back of the bus. Over the last 2 months I've had 3 or 4 very bad days. I feel blessed that this has happened to me as my relentless mega high pitch tinnitus is lower but also bothers me WAY less now. For the newbies here I've had Tinnitus for over 2.5 years now.
@Jack Straw Thanks for your concern man, I still log in here everyday but now that Lenire has released I'm just checking in on that and also excited! It feels like there might be a light at the end of the tunnel!
Hope everyone is doing well!
looks delishSeriously though, check these things out.
View attachment 30714
Loss of stereocillia alone does not produce tinnitus, (peripheral) neuropathy does, so point 4 is not accurate. That's also why some people suffer from hearing loss, yet don't get tinnitus. As long as the nerve endings aren't damaged, the auditory cortex doesn't produce the "phantom sound", even if the frequency isn't perceived by the cochlear.I think there are 5 types of tinnitus:
1. Mechanical induced neuro-dysfunctional tinnitus
- TMJ
- cervical
- etc.
2. Neuropathic induced neuro-dysfunctional tinnitus
- auditory nerve damage
- synapse damage
3. Non-cochlear stimulus deprivation induced tinnitus
-Earwax blockage
-Glue ear blockage
-middle ear bone defects, damage
- tympanic membrane dysfunction, damage, perforation
4. Cochlear stimulus deprivation induced tinnitus
- loss of the hair cell
5. Auditory cortex damage induced tinnitus
- damage to the auditory cortex.
The presence of tinnitus is not limited to any single one of these etiologies. There's your subtypes.
A pure tonal hearing test combined with a speech in noise test should be able to help distinguish between 2 and 4 in some cases. The rest should be able to be diagnosed with an ear exam or an MRI or fMRI.
Anyone care to elaborate on this?
Okay. So then in the instances of hair cell loss, you think the tinnitus signal is generated by accompanying nerve damage in every case? I am open to this.Loss of stereocillia alone does not produce tinnitus, (peripheral) neuropathy does, so point 4 is not accurate. That's also why some people suffer from hearing loss, yet don't get tinnitus. As long as the nerve endings aren't damaged, the auditory cortex doesn't produce the "phantom sound", even if the frequency isn't perceived by the cochlear.
Okay. So then in the instances of hair cell loss, you think the tinnitus signal is generated by accompanying nerve damage in every case?
Okay. So then in the instances of hair cell loss, you think the tinnitus signal is generated by accompanying nerve damage in every case? I am open to this.
However, this would go against the experiments showing using earplugs can generate tinnitus. Also, earwax buildup can cause tinnitus as well. So wouldn't that mean that simply losing input can generate tinnitus and therefore mean that also just losing the hair cell could also generate tinnitus?
I don't think any are currently going through trials. Otonomy plans to begin trials for BDNF this year.I do not know how successful the drugs currently undertaking clinical trials are at doing so
I think there are 5 types of tinnitus:
1. Mechanical induced neuro-dysfunctional tinnitus
- TMJ
- cervical
- etc.
2. Neuropathic induced neuro-dysfunctional tinnitus
- auditory nerve damage
- synapse damage
3. Non-cochlear stimulus deprivation induced tinnitus
-Earwax blockage
-Glue ear blockage
-middle ear bone defects, damage
- tympanic membrane dysfunction, damage, perforation
4. Cochlear stimulus deprivation induced tinnitus
- loss of the hair cell
5. Auditory cortex damage induced tinnitus
- damage to the auditory cortex.
The presence of tinnitus is not limited to any single one of these etiologies. There's your subtypes.
A pure tonal hearing test combined with a speech in noise test should be able to help distinguish between 2 and 4 in some cases. The rest should be able to be diagnosed with an ear exam or an MRI or fMRI.
Anyone care to elaborate on this?
Yeah I also forgot to add ototoxic damage. ewps.@JohnAdams - How about adding #6 long standing/over the top stress that triggered my T. In other words a mini snap. And throw in dental work at the same time also did something. My T is not from hearing. So, I would add #6 to your list. Not everyone fits in the top 5.
more like you just casually stand up and go inside and cry.I want to welcome all the new TT members that will be joining us in July 5th. View attachment 30743
When I think of them I wanna call them those idiots but you know we would do the same if we were in their shoes.I want to welcome all the new TT members that will be joining us in July 5th. View attachment 30743