JohnEGreen
Master
- Messages
- 13,237
- Type of diabetes
- Other
- Treatment type
- Diet only
- Dislikes
- Tripe and Onions
I do. I don't feel like that these days well not often anyway.Keep praying.
I do. I don't feel like that these days well not often anyway.Keep praying.
Wish I could sleep if the tinnitus would just shut the Hull up.
3.30 in the morning and wide awake ridiculous.
I would go down stairs and have a coffee but would mess up fbg in the morning.
I was diagnosed with bilateral tinnitus and hearing loss in 1981 or there abouts the first 10 years were the worst in the first year or so hardly ever slept became severely depressed and was on anti depressants for several years ,
I can normally handle it these days I have various sound sources that I can use to help focus past it at night. But at times like the last several days it seems to become far more intense and more difficult to handle.
Don't know if you have seen this but it seems tinnitus affects largish areas of the brain and has some unfortunate aspects.
https://www.cell.com/current-biology/fulltext/S0960-9822(15)00278-X
"Tinnitus can occur when damage to the peripheral auditory system leads to spontaneous brain activity that is interpreted as sound [1, 2]. Many abnormalities of brain activity are associated with tinnitus, but it is unclear how these relate to the phantom sound itself, as opposed to predisposing factors or secondary consequences [3]. Demonstrating “core” tinnitus correlates (processes that are both necessary and sufficient for tinnitus perception) requires high-precision recordings of neural activity combined with a behavioral paradigm in which the perception of tinnitus is manipulated and accurately reported by the subject. This has been previously impossible in animal and human research. Here we present extensive intracranial recordings from an awake, behaving tinnitus patient during short-term modifications in perceived tinnitus loudness after acoustic stimulation (residual inhibition) [4], permitting robust characterization of core tinnitus processes. As anticipated, we observed tinnitus-linked low-frequency (delta) oscillations [5, 6, 7, 8, 9], thought to be triggered by low-frequency bursting in the thalamus [10, 11]. Contrary to expectation, these delta changes extended far beyond circumscribed auditory cortical regions to encompass almost all of auditory cortex, plus large parts of temporal, parietal, sensorimotor, and limbic cortex. In discrete auditory, parahippocampal, and inferior parietal “hub” regions [12], these delta oscillations interacted with middle-frequency (alpha) and high-frequency (beta and gamma) activity, resulting in a coherent system of tightly coupled oscillations associated with high-level functions including memory and perception."
I was diagnosed with bilateral tinnitus and hearing loss in 1981 or there abouts the first 10 years were the worst in the first year or so hardly ever slept became severely depressed and was on anti depressants for several years ,
I can normally handle it these days I have various sound sources that I can use to help focus past it at night. But at times like the last several days it seems to become far more intense and more difficult to handle.
Don't know if you have seen this but it seems tinnitus affects largish areas of the brain and has some unfortunate aspects.
https://www.cell.com/current-biology/fulltext/S0960-9822(15)00278-X
"Tinnitus can occur when damage to the peripheral auditory system leads to spontaneous brain activity that is interpreted as sound [1, 2]. Many abnormalities of brain activity are associated with tinnitus, but it is unclear how these relate to the phantom sound itself, as opposed to predisposing factors or secondary consequences [3]. Demonstrating “core” tinnitus correlates (processes that are both necessary and sufficient for tinnitus perception) requires high-precision recordings of neural activity combined with a behavioral paradigm in which the perception of tinnitus is manipulated and accurately reported by the subject. This has been previously impossible in animal and human research. Here we present extensive intracranial recordings from an awake, behaving tinnitus patient during short-term modifications in perceived tinnitus loudness after acoustic stimulation (residual inhibition) [4], permitting robust characterization of core tinnitus processes. As anticipated, we observed tinnitus-linked low-frequency (delta) oscillations [5, 6, 7, 8, 9], thought to be triggered by low-frequency bursting in the thalamus [10, 11]. Contrary to expectation, these delta changes extended far beyond circumscribed auditory cortical regions to encompass almost all of auditory cortex, plus large parts of temporal, parietal, sensorimotor, and limbic cortex. In discrete auditory, parahippocampal, and inferior parietal “hub” regions [12], these delta oscillations interacted with middle-frequency (alpha) and high-frequency (beta and gamma) activity, resulting in a coherent system of tightly coupled oscillations associated with high-level functions including memory and perception."
This is Cupid. He's both green and kinda cabbage-looking, and his arrows can fly halfway across continents and all the way across oceans to wish all of y'all a happy Valentine's Day.
This is Cupid. He's both green and kinda cabbage-looking, and his arrows can fly halfway across continents and all the way across oceans to wish all of y'all a happy Valentine's Day.
@Guzzler congrats from me also, as to the question you asked me re tinnitus I am reading and re reading the study but brain not one 100% at moment but will get back to you when I have managed to make sense of it my self.