Recent content by Cam Cam

Using a combination of 3-D printing and cultured cells, scientists in China have grown new ears for five children born with a defect in one ear called microtia, which impacts the shape and function of the ear. In a first-of-its-kind study, researchers describe how they collected cartilage cells...

so what happens with people who have both synapse damage and hair cell damage? Do they need both medical approaches in theory by decibel and FX? How do we even know what type of damage a HUMAN has? Where are the imaging devices because at the moment a hearing test seems vastly, VASTLY outdated...

What are your guys thoughts on FX approach towards Hyperacusis caused by noise exposure? Love some discussion around this

so what happens if you get this procedure and then damage your hair cells again? Proper fucked and nothing can help you? Lol

I don't know if I am the only one but this is the drug I am really excited about as opposed to Frequency Therapeutics' approach. They're actually REPAIRING the broken auditory nerves and it looks like the medication was induced orally through animal models. Very excited about their approach!

sorry i was a little unclear, I am meaning that those dead hair cells are still making noise/brain stimulus is filling the gaps of missing frequencies. Their approach is creating new hair cells, but the old ones are still going to be there. Won't the dead ones still be firing away regardless of...

They die? Well even after a year they seem alive and well because they're fucking ringing like crazy still to this day haha. I just understand how this works.... like the hair cells will repsond to sound regardless of if you want them to or not, like the sound waves will still hit those...

Does anyone have any idea what happens with the damaged hair cells with frequency's approach? I understand they are using progenitor cells (whatever that means) but what about the ones that are actually damaged? Will they remain damaged and then will there be new hair cells next to them? How do...

The hair cells or ribbon synapse. Either one is the broken input that is causing the ringing . The brain obviously has a role in this because the brain controls literally everything in our body. But, the brain responds to input. Without the input or broken input there normal functionality

it's not 2-3 years away, you keep spreading false things on this forum. Nobody knows, you dont know better than clinical researchers either so no idea why you think you do. Only truth is that they are somewhat closer than they were a few years ago as their understanding increases. Stefan Heller...

can you provide references to published studies where the brain says it can't unlearn T? Reading this sort of stuff is highly annoying. The brain responds to input, i.e a pinching in your arm is registered in the brain as pain. Remove the input the pain will go. aka fix the cells causing...

AM-101 is done and dusted I feel. Forget it and go live your life and put your faith into regenerative medicine which is probably 20 years away before some of it hits the market. It sucks yes, but there's not really much else we can do.

It got me thinking lately. I still think it's somewhat 20 years away but who knows haha

holy shit, currently going through it and there's so much stuff. Him in r/startups asking what he should call frequency tx before it even had a name and there's photos of stem cells he's created and uploaded that look like a penis from years back (hahahaha). great find! it's a gold mine of his...

is a dip at 3k an indication as well? just seems weird as it's only in one ear and the only loud noise came from headphones.