Rinri Therapeutics

So, basically a study just to make sure it's safe? Will they even be conducting hearing tests afterward?
@Street Novelist, a lot of research and time has gone into this. I was part of the focus group back in the summer of 2023. Please take a moment to read through the thread.

Rinri Therapeutics is objectively measuring changes rather than relying on subjective tests like speech-in-noise evaluations. Since this is a new approach with a novel delivery technique and it's invasive, starting with a small group of participants is the right way to proceed.
 
A new media piece on Rinri Therapeutics:
"Rinri will recruit 20 patients from across the UK. 10 of them, aged 60-74, will have age-related hearing loss (Presbycusis), and the other 10, aged 18 to 74, will have Auditory Neuropathy Spectrum Disorder (ANSD), a disorder where hair cells are functioning but their signals don't reach the brain. All of them will receive cochlear implants along with Rincell-1."
So, all of the participants have hearing loss severe enough that they will be receiving cochlear implants regardless.

I went back and re-read page 1 of this thread, and it states that the researchers will measure hearing differences by asking patients to record data using their implants.

Could someone explain this to me in simpler terms?
 
A new media piece on Rinri Therapeutics:
I just hope we get some evidence that a solution is on the way.

I know I am new here, and many people have been hoping for this exact thing for decades, but I truly hope something is on the horizon.

Thanks for the update—it was a great read, and I hope their study leads to real, positive results.
 
went back and re-read page 1 of this thread, and it states that the researchers will measure hearing differences by asking patients to record data using their implants.
I'm not sure how, but the cochlear implant can objectively detect changes in hearing health. They have actually adjusted the trial design slightly. In 2023, the plan was to have a small cohort of 3 to 6 patients.

This treatment is aimed at repopulating auditory nerve cells, not synapses. There is sometimes confusion between the two. The auditory nerve carries the signal to the brainstem, while synapses are the connections between hair cells and auditory nerve cells.

Some information is here.
 
@DimLeb, why do you think that?
Because they already blur the process and any results with something that significantly affects the ear, it reminds me of how Frequency Therapeutics relied on a largely subjective test to measure outcomes, which ultimately proved useless. This seems like a similar situation.

And of course, it will likely exclude most people without a cochlear implant.

I truly hope I'm wrong, though.
 
Because they already blur the process and any results with something that significantly affects the ear, it reminds me of how Frequency Therapeutics relied on a largely subjective test to measure outcomes, which ultimately proved useless. This seems like a similar situation.
@DimLeb, there are several reasons for using these patients in the trial:
  1. It is safer to test this treatment on patients with very little usable hearing.
  2. Administering the treatment is much easier while the cochlea is accessible. Intratympanic injections have repeatedly failed, but researchers have discovered a better method, along with at least two other institutions.
  3. Cochlear implants can be used to objectively measure cochlear health, rather than relying on unreliable speech-in-noise tests.
Sheffield University has spent about 20 years researching this, and a biotech company was recently formed to continue the work. It is not linked to the stock market!
 

Log in or register to get the full forum benefits!

Register

Register on Tinnitus Talk for free!

Register Now