Yellowfishmate
Greenlighter
- Joined
- Jan 6, 2016
- Messages
- 29
I have spoken to a variety of individuals who have developed long term to permanent twitches/tics/Fasiculations (myself included) through the use of Molly and Coke. A damaged CNS. I am getting an understanding of the subject area.
Various Neurotransmittor operate within the brain nerves we know this. Cocaine/MDMA, the drug we too heavily indulged in releases Dopamine & Seretonin. Dopamine controls pleasure, motivation, movement, addiction. Seretonin controls happiness, sleep cycle, digestive regulation. When either of these neurotransmittors are producing a reduced amount in the brain, the most common Neurotransmittor, Acetylcholine is produced in excess amount to compensate and balance brain chemistry.
Acetylcholine Neurotransmittor is responsible for activating the muscles (movement) in the body as well as thought, learning and cognitive activities involved in the brain.
With Parkinson's patients, when dopamine reserves are depleted to 80%, this is when smyptoms of twitches and the shakes occur. The reduced dopamine in the brain allows for the Acetylcholine to flood the brains synapses. Which in turn creates Parkinsons extreme exaggerated movement.
I believe we have mildly damaged DAT/ D2 receptors in the brain which is causing excess Acetylcholine between the Synapse cleft. This is causing our nerves (over excited) to fire signals down to our muscles without our permission. Whether or not DAT/ D2 receptors can regenerate/regulate back to normal is another matter.
Would an increase in the likes of Acetylcholine or other compensatory neurotransmittors cause mental health issues like Alzheimer's or Parkinsons later down the line?
Various Neurotransmittor operate within the brain nerves we know this. Cocaine/MDMA, the drug we too heavily indulged in releases Dopamine & Seretonin. Dopamine controls pleasure, motivation, movement, addiction. Seretonin controls happiness, sleep cycle, digestive regulation. When either of these neurotransmittors are producing a reduced amount in the brain, the most common Neurotransmittor, Acetylcholine is produced in excess amount to compensate and balance brain chemistry.
Acetylcholine Neurotransmittor is responsible for activating the muscles (movement) in the body as well as thought, learning and cognitive activities involved in the brain.
With Parkinson's patients, when dopamine reserves are depleted to 80%, this is when smyptoms of twitches and the shakes occur. The reduced dopamine in the brain allows for the Acetylcholine to flood the brains synapses. Which in turn creates Parkinsons extreme exaggerated movement.
I believe we have mildly damaged DAT/ D2 receptors in the brain which is causing excess Acetylcholine between the Synapse cleft. This is causing our nerves (over excited) to fire signals down to our muscles without our permission. Whether or not DAT/ D2 receptors can regenerate/regulate back to normal is another matter.
Would an increase in the likes of Acetylcholine or other compensatory neurotransmittors cause mental health issues like Alzheimer's or Parkinsons later down the line?