When I Googled "auditory training", the entire first page has topics on training hearing when hearing aids are required, or therapies involving hearing loss where hearing aids are not yet required. Nothing relating to music, musicians, singing, musical instruments, or anything of the like.Formal musical training is believed by some to improve speech understanding. Google 'auditory training'.
Did it help?Brb going to spend some hours on my treadmill!
Same here, must be the increased bloodflow. I am trying Noopept, a nootropic that supposedly increases BDNF levels in your CNS. 3 weeks in, I am still getting worse. I think we need very high levels of neurotrophins to regenerate the lost synapses.anything I perceive my tinnitus as louder in conjunction with cardio vascular exercise
The pressure in my ears has improved, but I doubt the little bit of exercise I've had helpedDid it help?
If anything I perceive my tinnitus as louder in conjunction with cardio vascular exercise – at least it doesn't do anything to make it quieter. But maybe it takes time for the BDNF to have any effect in the ear. Wonder how much exercise we need for it to be optimal without having to spend too much time?
SAN DIEGO, Sept. 27, 2021 (GLOBE NEWSWIRE) -- Otonomy, Inc. (Nasdaq: OTIC), a biopharmaceutical company dedicated to the development of innovative therapeutics for neurotology, today announced the presentation of previously disclosed clinical results from the successful OTO-413 Phase 1/2 trial at the upcoming American Academy of Otolaryngology – Head and Neck Surgery (AAO-HNS) Annual Meeting to be held in Los Angeles October 3-6, 2021. The oral presentation will be delivered on October 3, 2021 at 3:15 p.m. PT by Peter G. Volsky, M.D., Assistant Professor of Otology and Neurotology at Eastern Virginia Medical School. Dr. Volsky was an investigator in the trial during his prior clinical service with South Florida ENT Associates.
It's such a shame that even with the successful Phase 1 results they are repeating again. I would just stick to the same dosage throughout the trials, then, once it comes out to the market, adjust dosage.Otonomy will give a presentation about OTO-413 next week:
https://investors.otonomy.com/news-...presentation-oto-413-clinical-results-aao-hns
It's not a do-over, it's an extension. I think it's a smart move on their part tbh. They're able to build on what already looks promising, and use the additional data to construct better parameters for a Phase 2. Which should help reduce the likelihood of failure, and help them to better identify the ideal responder for any future trials.It's such a shame that even with the successful Phase 1 results they are repeating again. I would just stick to the same dosage throughout the trials, then, once it comes out to the market, adjust dosage.
Probably a pre-clinical study on mice or rats.Otonomy issued a press release this morning on a number of presentations that they're giving at the upcoming Neuroscience 2021 meeting. These two caught my eye:
Anyone know what these mean? They're giving a separate presentation on OTO-413, and I don't think OTO-413 contains a selective TrkB agonist. Could this be a new formulation that they're working on that's more potent? Or is this somehow related to what they've already done?
- "Local delivery of BDNF (OTO-413) and a selective TrkB agonist (M3) restores hearing function in models of cochlear synaptopathy" by Fernandez et al.
- "Novel fab fragments derived from Trk-selective agonist monoclonal antibodies are potent and selective antagonists of the TrkB and TrkC receptors" by Siegel et al
The more I dig into this, the more it does look to me like follow-on pre-clinical work for an improved OTO-413 - though probably something in the early stages. TrkB agonists seem to help BDNF.Otonomy issued a press release this morning on a number of presentations that they're giving at the upcoming Neuroscience 2021 meeting. These two caught my eye:
Anyone know what these mean? They're giving a separate presentation on OTO-413, and I don't think OTO-413 contains a selective TrkB agonist. Could this be a new formulation that they're working on that's more potent? Or is this somehow related to what they've already done?
- "Local delivery of BDNF (OTO-413) and a selective TrkB agonist (M3) restores hearing function in models of cochlear synaptopathy" by Fernandez et al.
- "Novel fab fragments derived from Trk-selective agonist monoclonal antibodies are potent and selective antagonists of the TrkB and TrkC receptors" by Siegel et al
Good news on the OTO-413 front; and encouraging to see them ahead of schedule.Otonomy has released its Q3 financial results. Most interesting updates:
- OTO-413 study is ahead of schedule and results are now expected in early Q2 of 2022.
- The expanded OTO-413 study is now being called a "Phase 2a" study in their press releases.
- They're adding a "full dose" cohort to the expanded study. It'll be a higher dose than they've tested before. They didn't say how big this dose would be (at least I didn't catch anything related to it). This new cohort will consist of 12 additional patients (8 getting the drug, 4 getting placebo).
- They expect to start a Phase 2b study for OTO-413 using the full dose version by the end of 2022 (assuming favorable results to the current Phase 2a study).
- Nothing was said about the 2 presentations I mentioned above. I'm guessing the science is too early to be of interest to investors, at least at this point.
Great to hear about OTO-413. I thought the repeat trial with higher dosage was Phase 1b but I'm glad they are calling it Phase 2a. Still a bit sad they delayed OTO-413 but at least Phase 2b will start end of next year so it would a year or two behind FX-322.Otonomy has released its Q3 financial results. Most interesting updates:
- OTO-413 study is ahead of schedule and results are now expected in early Q2 of 2022.
- The expanded OTO-413 study is now being called a "Phase 2a" study in their press releases.
- They're adding a "full dose" cohort to the expanded study. It'll be a higher dose than they've tested before. They didn't say how big this dose would be (at least I didn't catch anything related to it). This new cohort will consist of 12 additional patients (8 getting the drug, 4 getting placebo).
- They expect to start a Phase 2b study for OTO-413 using the full dose version by the end of 2022 (assuming favorable results to the current Phase 2a study).
- Nothing was said about the 2 presentations I mentioned above. I'm guessing the science is too early to be of interest to investors, at least at this point.
I hope it's good news too, but I assume that the "full dose" trial is also due to early data suggesting that a stronger dose would yield better results. I wonder what results they were (or weren't) getting that inspired this adjustment.Good news on the OTO-413 front; and encouraging to see them ahead of schedule.
The Q3 call and press release were very strange, they didn't address the name change at all. Even the clinical trials page still has it listed as Phase I/II. Apparently the reason they're so ahead of schedule is because they're receiving a high demand for OTO-413 from their clinical sites, which recruit using existing patients (i.e. patients that have been seeing doctors for quiet some time regarding their hearing loss). To me this could indicate that OTO-413 works, as maybe word has gotten around and that's why so many are signing up?Great to hear about OTO-413. I thought the repeat trial with higher dosage was Phase 1b but I'm glad they are calling it Phase 2a. Still a bit sad they delayed OTO-413 but at least Phase 2b will start end of next year so it would a year or two behind FX-322.
Am I only one who thinks it's awesome both Otonomy and Frequency Therapeutics are already working on improved versions of their drugs? Progress in the field seems to be quite steady.Otonomy has released its Q3 financial results. Most interesting updates:
- Nothing was said about the 2 presentations I mentioned above. I'm guessing the science is too early to be of interest to investors, at least at this point.
They're talking about improvement when the subject gets injected OTO-413 the day following the noise trauma. So it doesn't work for people who got noise trauma years ago?I decided to contact Otonomy about the Select TrkB Agonist talk and they sent me the slides - they're attached to this post. I was wrong in my assumption that it was for a next-generation OTO-413. Instead it's related to the preclinical work for OTO-413 and how they tested 2 drugs for possible advancement (BDNF and M3). The IR person told me that they have IP covering M3 and could develop the molecule in the future if appropriate.
I'm a little bummed, as I was hoping this was hinting at something exciting on the horizon, but I suppose if OTO-413 is a success this coming Spring they'll be looking into ways to improve it anyway. I also wonder if I gave them any ideas with my questions, as maybe mixing the two would have a synergist effect.
Is there a timeframe for when OTO-413 can be used? It looks like they tested immediately after noise trauma and 7 days after.I decided to contact Otonomy about the Select TrkB Agonist talk and they sent me the slides - they're attached to this post. I was wrong in my assumption that it was for a next-generation OTO-413. Instead it's related to the preclinical work for OTO-413 and how they tested 2 drugs for possible advancement (BDNF and M3). The IR person told me that they have IP covering M3 and could develop the molecule in the future if appropriate.
I'm a little bummed, as I was hoping this was hinting at something exciting on the horizon, but I suppose if OTO-413 is a success this coming Spring they'll be looking into ways to improve it anyway. I also wonder if I gave them any ideas with my questions, as maybe mixing the two would have a synergist effect.
The subjects are rats.They're talking about improvement when the subject gets injected OTO-413 the day following the noise trauma. So it doesn't work for people who got noise trauma years ago?
Oops, I forgot that spiral ganglion neurons remain active for decades in humans, so the synapse regeneration is possible whatever the date the noise trauma occured.The subjects are rats.
I wonder if this can be measured somehow with someone's tinnitus. Like would the change of tone/pitch/loudness differ?Oops, I forgot that spiral ganglion neurons remain active for decades in humans, so the synapse regeneration is possible whatever the date the noise trauma occured.