Did you go through the testing or just send over your audiogram?I did. Confirmed at Stanford. Rejected from FX-322 study.
Did you go through the testing or just send over your audiogram?I did. Confirmed at Stanford. Rejected from FX-322 study.
No doubt... We should bump this over to the Audion thread.Interesting article. Curious what this means for their Phase 2 results.
Why would he be aiming at Frequency Therapeutics? Does he have access to results we don't have? Even if Frequency is not a complete cure, I think their product at least improves hearing and this is one reason I'm so much less confident about Audion, if they come up with better eventually, you might need your supporting cells to make those future therapies work.I found this quote from the main Audion guy:
But Jan Rutten is adamant that he is far from declaring Audion anywhere close to a eureka moment just yet. "Before you hear me claim such a thing, I think it is really important to do the clinical research," he says. "I think the biggest disservice that we can do to the field is to project unrealistic expectations," he says. There's a lot of good scientists at a lot of different companies doing the work, and "hopefully we'll come up with something."
I don't know if he was aiming this at Frequency Therapeutics but I think it applies to them. FX-322 may eventually be a working treatment (I hope so), but I do believe they declared their "eureka moment" much too soon.
Wondering what a 10-20 dB bump in high frequencies would do for people who have across the board hearing loss. Won't necessarily mean the quality of your hearing will be 'better'. I'm sure audiologists can shine a light on that.Why would he be aiming at Frequency Therapeutics? Does he have access to results we don't have? Even if Frequency is not a complete cure, I think their product at least improves hearing and this is one reason I'm so much less confident about Audion, if they come up with better eventually, you might need your supporting cells to make those future therapies work.
Even if you can't get an official extended audiogram this should give you an idea. There is a reproducible point where it goes from audible to immediately silent when I test with this and it corresponds to my steep slope on extended audiogram. May be harder to tell with more subtle loss though.
This made my tinnitus spike when it got into the higher frequency lol.If your speakers don't have a frequency response past a certain point you can't hear it. You need pro headphones to use this.
Yes, well, it's already been down 10% and up 10% from its IPO price. So definitely you need to have a solid stomach to own this one. But it did just get a slew of upgrades, based on the FDA fast-track status. I bought 5K... so I'm in the game at least!Yes, I did. If you want the stock Tinnitus Talk members, better buy it now. It's already up over 10% from the IPO! The upgrades should move it up even more...
https://www.marketbeat.com/stocks/NASDAQ/FREQ/price-target/
Yeah, good to be careful with this one. I kept the volume wayyy down and had to go even lower when the frequency was getting higher. I don't know if it's the physics of the tone or just my own circumstance, but at *some* of the higher frequencies, somewhat before my hearing dies out (around 9400-9700 Hz), it felt relay piercing. Haven't explored the low end yet, where I have significant single-sided loss.This made my tinnitus spike when it got into the higher frequency lol.
Sent over my audiogram.Did you go through the testing or just send over your audiogram?
I want to include a disclaimer with this one, and don't mean it for you necessarily, but others lurking. These 'online tests' are VERY biased to the speaker set in use. For example small earbuds will often replicate higher frequencies better and make them sound louder. But with age the higher frequencies will dull first as free-play is introduced into the speaker structure. So it should be noted that not too much weight should be placed on them.Yeah, good to be careful with this one. I kept the volume wayyy down and had to go even lower when the frequency was getting higher. I don't know if it's the physics of the tone or just my own circumstance, but at *some* of the higher frequencies, somewhat before my hearing dies out (around 9400-9700 Hz), it felt relay piercing. Haven't explored the low end yet, where I have significant single-sided loss.
Need to read up more on hidden hearing loss.
Dang. They should let people like us through anyways, it is an experiment after all..Sent over my audiogram.
Yeah. I should have mentioned it is not precise and subject to a lot of equipment variables but, personally, when I had SSHL and 4 different ENTs told me my audiogram was fine (and therefore my hearing was), I looked for something at home to confirm what I already knew and used it to finally convince one to give me an extended audiogram which showed the damage. I knew my loss was around 12000 Hz (among my other hearing issues) months before an audiologist finally confirmed it.I want to include a disclaimer with this one, and don't mean it for you necessarily, but others lurking. These 'online tests' are VERY biased to the speaker set in use. For example small earbuds will often replicate higher frequencies better and make them sound louder. But with age the higher frequencies will dull first as free-play is introduced into the speaker structure. So it should be noted that not too much weight should be placed on them.
. I'm so sorry. I was trying to help. I hope it settled down.This made my tinnitus spike when it got into the higher frequency lol.
Well, I think because of extended use policies that if your doctor agreed, and Frequency Therapeutics agreed, then I don't see any reason why you couldn't.Dang. They should let people like us through anyways, it is an experiment after all..
Maybe in future trials they'll expand it. It might be a verifying safety type thing that excludes us.
Only thing is the way Frequency Therapeutics has been so clandestine, I kind of have my doubts they would.Well, I think because of extended use policies that if your doctor agreed, and Frequency Therapeutics agreed, then I don't see any reason why you couldn't.
https://www.genengnews.com/insights/targeting-the-inner-ear/Interesting... thanks. Where did you find this quote?
Glad you are in the game... Hopefully you'll triple your investment.Yes, well, it's already been down 10% and up 10% from its IPO price. So definitely you need to have a solid stomach to own this one. But it did just get a slew of upgrades, based on the FDA fast-track status. I bought 5K... so I'm in the game at least!
The thing with ultra-high frequency hearing loss and tinnitus is that lots of (older) people have that kind of hearing loss as well, without having tinnitus. There's probably something else going on too. That's one of the reasons we need better diagnostics for the inner ear. Testing perilymph, imaging technology etc.Yeah. I should have mentioned it is not precise and subject to a lot of equipment variables but, personally, when I had SSHL and 4 different ENTs told me my audiogram was fine (and therefore my hearing was), I looked for something at home to confirm what I already knew and used it to finally convince one to give me an extended audiogram which showed the damage. I knew my loss was around 12000 Hz (among my other hearing issues) months before an audiologist finally confirmed it.
I wish extended audiograms were routine as a lot of people with tinnitus, synaptopathy, etc first show changes in the higher frequencies. Even those with primarily hidden hearing loss can start to lose age matched frequencies on the higher end much quicker.
I think the sudden damage creates an inflammation feedback loop that keeps the synapses inflamed and causing tinnitus.There's probably something else going on too.
And people's bodies respond differently to the same kind of damage.I think the sudden damage creates an inflammation feedback loop that keeps the synapses inflamed and causing tinnitus.
Do you think regrowing hair cells would stop this inflammation feedback?I think the sudden damage creates an inflammation feedback loop that keeps the synapses inflamed and causing tinnitus.
No problem, it was just a few minutes.. I'm so sorry. I was trying to help. I hope it settled down.
Maybe not. However, we already know that it isn't just regrowing hair cells. There could be downstream processes that initiate healing in those areas.Do you think regrowing hair cells would stop this inflammation feedback?
John, do you have any hypotheses about tinnitus fluctuations?I think the sudden damage creates an inflammation feedback loop that keeps the synapses inflamed and causing tinnitus.
Kinda. The fact that it fluctuates for some people leads me to believe that it is not as simple as "tinnitus is in the brain". It makes me think that it is a nerve dysfunction, likely at the synapses in the cochlea, they are healing a little, then getting worn out on a cycle. Me thinks.John, do you have any hypotheses about tinnitus fluctuations?
Lol
Too bad they don't make this public. My guess is they'll be informing ENTs on the current state of their research. Nothing new to us.