Another small step in nerve cell regeneration that could be beneficial for hearing restoration?
http://www.medicalnewstoday.com/releases/306848.php?tw
http://www.medicalnewstoday.com/releases/306848.php?tw
It sounds to me like they are stating that hair cells should last a lifetime for a person. Or if they mean unless loud noise is introduced then the proteins that allow the hair cells/stereocilia to function properly are damaged. I had a hard time understanding some of this article but ultimately they've been able to watch the workings of the inner ear like a movie but in very slow speeds which is awesome.
http://www.businesswire.com/news/ho...-218-Data-Association-Research-Otolaryngology
This drug is too late for most of us. What I do like is that they are able to get the molecules in the inner ear using IV or oral administration. So the blood-brain barrier is letting these molecules pass. Could also be a risk I suppose.
Quote: This new data show that systemic administration of SENS-218 resulted in significant concentrations of SENS-218 in perilymph, the fluid located within the cochlea, and in tissular inner ear. It shows the molecule's suitability for an oral or IV way of administration targeted by the Company.
End quote.
Every gain of knowledge in otology is welcome. Especially after reading the following:
http://www.i4u.com/2016/02/106187/protein-shifts-hair-cells-inner-ear-could-repair-damaged-hearing
Quote: "What was surprising in our research with zebrafish is that proteins move so rapidly, implying that protein movement may be required to maintain the integrity of hair bundles in the inner ear,"
End quote.
When I read this I get the feeling that science is still so far removed from being able to repair damaged hearing.
More statements in this article only confirms this feeling:
Quote: "We made movies of the secret inner workings of the hair bundle in a live animal, and what is happening in the ear is amazing and unexpected," McDermott said.
End quote.
But I remain positive. It seems there is another clinical trial under way (SENS-218). And we are only at the beginning of 2016.
This is another quote where I should, may, would, or could get some positive energy from:
Quote: but hearing loss could be healed or repaired if the proteins of the stereocilia could be therapeutically manipulated.
End quote.
If so much is not known yet, I sometimes wonder if one can tell with certainty that (as an example) LLLT actually will not do anything.
My idea exactly. Although there still is discussion if a cure is possible. Five years would need several amazing breakthroughs. The ones that feed of each other. And even than clinical trials take a huge amount of time. There still is discussion if a cure is possible.There won't be a cure next year or even in 5 years, it's much more in the future, but they get closer.
This is also why I hope that there will be more serendipitous discoveries (yes surprises??? indeed). And "aha...I understand..this makes sense" moments. I think there are examples of medicine already used where it is not completely understood in detail why they cure a certain affliction.without understanding everything in detail.
Very interesting indeed. And no animal testsThis article is about eyesight, and of course there are the issues of the eye being much easier to access than the cochlea, but still, very interesting.
Hell yeah.Some more research from Sweden's Karolinska Intitute.
https://openarchive.ki.se/xmlui/handle/10616/44975
Then how do doctors know if you have no ear hair cells?
poor rats they get cured from every problem, only humans dont
The name is "audioCure" Let us hope they will further down the line (-;yes, it's more protective approach, but I would also swallow it instead to lose some more decibels.
I understand there is a rudimentary method. The cochlea also generates sound after sound is introduced. This is picked up by a very sensitive microphone. It is possible to see in which area hair-cells are absent. But like I said, I think this is only a course method to determine hair-cell population in the cochlea.Then how do doctors know if you have no ear hair cells?
poor rats they get cured from every problem, only humans dont
Yes but they also get killed afterwards regardless of the outcome.
They actually don't! No way to tell in a living organism.Then how do doctors know if you have no ear hair cells?
Then how do doctors know if you have no ear hair cells?