- Feb 17, 2017
- 10,399
- Tinnitus Since
- February, 2017
- Cause of Tinnitus
- Acoustic Trauma
Knowing that a chimp Could change my life in an instant (even though the probability of this happening is negligible), keeps me away from chimps.Except by a chimp
Knowing that a chimp Could change my life in an instant (even though the probability of this happening is negligible), keeps me away from chimps.Except by a chimp
I accidentally posted that first part. I meant to say except for my mental health. My t is very high pitch, but after that incident my tinnitus was very low for about a week afterwards. Maybe if I just destroy the hair cells the t will end(sarcasm). I know how you feel about the chimp situation. T is the chimpKnowing that a chimp Could change my life in an instant (even though the probability of this happening is negligible), keeps me away from chimps.

@Bill Bauer there was no short term impact either.I accidentally posted that first part. I meant to say except for my mental health. My t is very high pitch, but after that incident my tinnitus was very low for about a week afterwards. Maybe if I just destroy the hair cells the t will end(sarcasm). I know how you feel about the chimp situation. T is the chimp![]()
Awesome idea! I got a pair of cheap speakers for my desktop to replace my loud speakers for the same reason.I insert a fake headphone jack and trick my phone in thinking headphones are always connected, that why I don't get any unexpected sounds, I do the same with my laptop.
That spike had subsided.I hope your doing well Bill.
That spike had subsided.
If the mechanism for T is that brain neurons stop getting signals from the hair cells and get stuck in an endless loop, then I am not sure how one can explain the Temporary spikes?! What is the mechanism there?! Since the spike is temporary, there is no permanent damage. I thought that hair cells couldn't recover? This is very mysterious.
That spike had subsided.
If the mechanism for T is that brain neurons stop getting signals from the hair cells and get stuck in an endless loop, then I am not sure how one can explain the Temporary spikes?! What is the mechanism there?! Since the spike is temporary, there is no permanent damage. I thought that hair cells couldn't recover? This is very mysterious.
If the mechanism for T is that brain neurons stop getting signals from the hair cells and get stuck in an endless loop, then I am not sure how one can explain the Temporary spikes?!
What endless loop is that?
http://discovermagazine.com/2010/oct/26-ringing-in-the-ears-goes-much-deeperTinnitus arises when this flexibility goes bad. Things may start to go awry when toxic drugs, loud noises, or even whiplash cause damage to the nerve hairs in the ears. The injured nerve hairs can no longer send signals from the ear to the tone map. Bereft of incoming signals, the neurons undergo a peculiar transformation: They start to eavesdrop on their neighbors, firing in response to other frequencies. They even start to fire sometimes without any incoming signals. As the brain's feedback controls get rewired, the neurons end up in a self-sustaining loop, producing a constant ringing. That is why tinnitus often doesn't go away when people get their auditory nerve surgically cut.
I will have to spend more time trying to understand the limbic system and the role it plays. But if part of the explanation for this role is stress, then this can't be it. As you know, many of my spikes were the result of relatively minor noises. The first time I got exposed to those noises, I thought nothing of it, it is difficult to imagine a noise like that making any impact, and so I would forget about the incident within minutes. I would remember the incident and get stressed out only After the spike would begin later that day. So, in my case, stress was the result and not the cause of the spike. This might no longer be true, now that I am aware of what my body can and can't handle, but those early experiences are inconsistent with that "stress" hypothesis.The limbic system is one of the main theories, and this explains how our thoughts and emotions can totally alter our perception of T in many ways.