Cell proliferation is controlled by growth factors that bind to receptors on the cell surface that connect to signaling molecules that convey messages from receptor to the nucleus where transcription factors bind to DNA, turning on or off the production of proteins that cause cells to continue dividing, or you could say multiplying. Even though this field of study is nearly 60 years old it is in breath taking fields of study that is cutting edge. They are making headway into the fields of Alzheimer’s disease, Down syndrome, Parkinson’s disease, Huntington’s disease, epilepsy, stroke, and peripherial neuropathies. It appears that there is promise of tremendous advances in all these fields just ahead.
Nerve growth factor (NGF) is a protein that controls the development of sympathetic postganglionic neurons and possibly also sensory (dorsal root) ganglion cells in mammals; similar factors have been glands of male mice, and when it is injected into newborn animals, sympathy factors isolated from the venom of several species of snakes; it has been isolated from the submaxillary ganglia become hyperplastic and hypertrophic; stimulates synthesis of nucleic acids and protein.
Ganglion cell pathology. A type of interneuron that conveys information from the retinal bipolar, horizontal and amacrine cells to the brain. Pathology is a branch of medicine that is dedicated to evaluating samples of tissue from the body.
You could very well be one of approximately 30% of people over 50 that have nerve damage. Until recently, medical science thought nerve damage was irreversible. Recent research has discovered Nerve Growth Factor (NGF), a protein that contributes to nerve regeneration and repair. This biological substance is essential in the development and survival of neurons in both the central and peripheral nervous system. TriVita's doctor-formulated Nerve formula nourishes this nerve growth factor and stimulates nerve production.
According to TriVita, NGF is one of six Neurotrophic factors developed for treating central nervous and peripheral nervous system disorders. It has many roles in the maintenance and survival of nerves. NGF has in preliminary studies relieved pain and repaired nerve damage caused by diabetes. The discovery of NGF led to a Nobel prize in 1986. Diabetic neuropathy was believed to be irreversible until recently. Damaged nerve cells often don't grow back, or they regrow so slowly that the repair process is unable to keep up with ongoing damage caused by high blood sugars. NGF speeds the growth process so that recovery is possible. Good blood sugar control is expected to speed this repair process as well.
TriVita's Nerve Formula gives you fast relief. If you know that you have had nerve damage you will want to check this out with your health care person. There is very much to study on this topic and the more you know about it the better judgments that you will make in regard to your health. Click on the link at the end of this article. http://www.trivita.com/US-EN/shop/productdetail.aspx?pid=1043&ss2=hc&ss3=46
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Brad Vigansky
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Phone: 941-343-3184
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