n toxins can stimulate Parkinson's disease in patients.

There's also the free radical theory, which suggests that unstable free radical molecules are responsible for the onset of Parkinson's, probably because of the injurious effects they have when reacting with iron for oxidation. This theory evolved because many patients with Parkinson's have been found t

The profile of Parkinson's disease has certainly risen in recent years, and yet it still baffles physicians around the world. Research has certainly revealed a great deal about the condition, including its causes, and has helped to improve the treatments being used, but there's a great deal more still undiscovered. Basically, you have certain brain cells that control smooth and controlled muscles movements. These cells also produce a chemical called Dopamine. Parkinson's occurs when these brain cells die, resulting in a lack of coordination and the well-known tremors associated with this condition.

Often, the cells that produce Dopamine are depleted by as much as 80% in sufferers of Parkinson's disease. Most of the time, however, there's no obvious reason found as to why the cells have died, although occasionally it can be linked to extreme drug or alcohol abuse. Occasionally, too, it's associate with extreme trauma to the brain or head over an extended period of time. Plenty of theories have been put forward for the death of these vital cells, and substantial amounts of money have been put towards researching the theories, but answers are still to be found.

One popular theory is that toxins, from either an external or internal source, for some reason choose to target the specific nerves or cells for coordinating movement, resulting in damage or death to the cells. This theory is based on research that shows that certain toxins can stimulate Parkinson's disease in patients.

There's also the free radical theory, which suggests that unstable free radical molecules are responsible for the onset of Parkinson's, probably because of the injurious effects they have when reacting with iron for oxidation. This theory evolved because many patients with Parkinson's have been found to

ntrol smooth and controlled muscles movements. These cells also produce a chemical called Dopamine. Parkinson's occurs when these brain cells die, resulting in a lack of coordination and the well-known tremors associated with this condition.

Often, the cells that produce Dopamine are depleted by as much as 80% in sufferers of Parkinson's disease. Most of the time, however, there's no obvious reason found as to why the cells have died, although occasionally it can be linked to extreme drug or alcohol abuse. Occasionally, too, it's associate with extreme trauma to the brain or head over an extended period of time. Plenty of theories have been put forward for the death of these vital cells, and substantial amounts of money have been put towards researching the theories, but answers are still to be found.

One popular theory is that toxins, from either an external or internal source, for some reason choose to target the specific nerves or cells for coordinating movement, resulting in damage or death to the cells. This theory is based on research that shows that certain toxins can stimulate Parkinson's disease in patients.

There's also the free radical theory, which suggests that unstable free radical molecules are responsible for the onset of Parkinson's, probably because of the injurious effects they have when reacting with iron for oxidation. This theory evolved because many patients with Parkinson's have been found t

the time, however, there's no obvious reason found as to why the cells have died, although occasionally it can be linked to extreme drug or alcohol abuse. Occasionally, too, it's associate with extreme trauma to the brain or head over an extended period of time. Plenty of theories have been put forward for the death of these vital cells, and substantial amounts of money have been put towards researching the theories, but answers are still to be found.

One popular theory is that toxins, from either an external or internal source, for some reason choose to target the specific nerves or cells for coordinating movement, resulting in damage or death to the cells. This theory is based on research that shows that certain toxins can stimulate Parkinson's disease in patients.

There's also the free radical theory, which suggests that unstable free radical molecules are responsible for the onset of Parkinson's, probably because of the injurious effects they have when reacting with iron for oxidation. This theory evolved because many patients with Parkinson's have been found t

of money have been put towards researching the theories, but answers are still to be found.

One popular theory is that toxins, from either an external or internal source, for some reason choose to target the specific nerves or cells for coordinating movement, resulting in damage or death to the cells. This theory is based on research that shows that certain toxins can stimulate Parkinson's disease in patients.

There's also the free radical theory, which suggests that unstable free radical molecules are responsible for the onset of Parkinson's, probably because of the injurious effects they have when reacting with iron for oxidation. This theory evolved because many patients with Parkinson's have been found t

n toxins can stimulate Parkinson's disease in patients.

There's also the free radical theory, which suggests that unstable free radical molecules are responsible for the onset of Parkinson's, probably because of the injurious effects they have when reacting with iron for oxidation. This theory evolved because many patients with Parkinson's have been found to have abnormally high leaves of iron in their brain.

Genetics are another common area of research. Approximately twenty percent of people who develop Parkinson's have a relative who also has Parkinson's disease, or has at least experienced some of the symptoms. With recent technology, a number of key genes have been identified, and it has been shown that a mutation of these particular genes or chromosomes has resulted in the development of Parkinson's disease.

It's also speculated that Parkinson's is caused by a type of accelerated aging process in some people. Dopamine production decreases with age, leading to a reduction of dopamine levels in the body. So this theory suggests that certain patients have increase the speed at which this process occurs in the body, leading to Parkinson's disease.

Until more formal results can be proven, all of these theories will remain speculative. Physicians tend to assume that there's an element of truth in all of them, and it may be that patients develop Parkinson's for a variety of reasons, or perhaps as a combination of more than one trigger.