action of the sub thalamic nucleus

HOW THE BRAIN PACEMAKERS ACT
Slowness
Occurs when the sub thalamic nucleus acts in excess the pacemaker reduces the action of the sub thalamic nucleus, making movements more agile. Sub thalamic nucleus acts on the basal ganglia, balancing the body's movements
Ganglia base Repaves for control of automatic movements of the body
Lack of coordination Caused by deficient action of the sub thalamic nucleus the pacemaker increases the action of the sub thalamic nucleus, reducing the lack of coordination.
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FIRST SURGERY
The doctor makes two cuts about 20 mm from both sides of the head. These cuts are made of 14 mm holes through which will pass the electrodes.
Surgery under local anesthesia lasts 8 hours the electrodes transmit electrical impulses from the pacemaker to the sub thalamic nucleus, regulating its functions to relieve the symptoms of the disease
After the first surgery
After the first surgery, the electrodes are tested for a week to check if they work well.
They are connected to an external pacemaker, attached to the waist to determine the precise frequency of the electrical impulses needed to regulate the functions of the sub thalamic nucleus
SECOND SURGERY
Electrodes were connected .for more information click here http://www.somanabolicmusclemaximizereviewscam.com/

definitive treatment for Parkinson's

Commitment of the viscera
The rigidity in the same way that presents the muscles is manifested in internal organs. The intestines, liver and stomach become slower.
Treatment
So far, there is no definitive treatment for Parkinson's disease. What it does is control the symptoms to prevent its rapid evolution.
 The control is done mainly with the replacement of dopamine - the most common medication is L-dopa. However, this substance causes serious side effects. Physical therapy, the use of antidepressant drugs and exercise also help. Here are some effective activities:form ore details visit here http://www.somanabolicmusclemaximizereviewscam.com/

Race;
Walk;
Swimming
DISEASE
The Parkinson's disease is a degenerative disease that causes gradual death of nerve cells (neurons) Causes, as well as tremors and rigidity slowness of movement, posture instability and difficulty in walking.
IMPLANTS
Parkinson's disease is a degenerative disease that causes gradual death of nerve cells (neurons)
In Deep Brain Stimulation surgery Bilateral two pacemakers are implanted in the patient's chest, connected by electrodes to the brain. These devices emit electrical impulses to regulate the functions of the sub thalamic nucleus, affected by the disease. Restored their normal functions, this brain region acts on the basal ganglia, relieving the symptoms of Parkinson's disease.click here Sometabolic Customizer

Disease affects the body movements

Because the disease affects the body movements
1 - Acetylcholine; Normal
1 - Acetylcholine; 2 - Brain Cell, 3 - Dopamine
With the balance between the two neurotransmitter substances in order to place the motion is passed from cell to cell without problems.
For the process nervous body motion happens, there is another neurotransmitter dopamine working with It acetylcholine.
1 - Acetylcholine; 2 - Brain Cell, 3 - Dopamine
1 - Acetylcholine; Sick
As Parkinson's disease is installed, the work is impaired brain, causing an imbalance between dopamine and acetylcholine. The orders for the move to happen are passed in a distorted way.for more details visit here  Somanabolic Secrets

The origin of the movement
1 - Dopamine is produced in a region of the brain called the substantial Ingra.
2 - Another brain region, the striatum, accumulates functions. Send messages to other areas of the body, including the substantial Ingra. It is responsible for controls balance and coordination.
3 - Neurotransmitters traverse cells by synapses (connection between nerve cells) until the messages reach the muscles and movement happen.for more information click here Somanabolic Weight Training

4th - It is essential that dopamine is produced UNINTERRUPTED.
The exact bullet between substances that act on the motion and equilibrium depends on the good health of brain cells.
4b - The chemical imbalance caused by the death of cells that produce dopamine affects movement, causing the tremors or rigidity of the body.