In studies, Ginkgo biloba has been reported as demonstrating antioxidant abilities with improvements of the platelet and nerve cell functions and blood flow to the nervous system and brain. It has also been reported as reducing blood viscosity. Its ability to increase vascular dilation may help reduce retinal damage due to macular degradation and may reverse deafness caused by reduced blood flow.
Recently, extensive research on the herb has been conducted on the healing properties of the leaf extract. Germany and France have run literally hundreds of studies on the leaf extract. These studies along with similar studies in America, have shown significant results. The extract of ginkgo biloba has been studied for its effectiveness in the treatment of acrocyanosis, Alzheimer's disease, cerebral atherosclerosis, cerebral insufficiencies, cochlear deafness, dementia, depression, menopause, peripheral and cerebral circulatory stimulation, peripheral vascular disease, Raynaud's syndrome, retinopathy, senility, short-term memory loss, tinnitus, vascular diseases, and vertigo.
It is said to be effective in improving the blood flow to the hands and the feet as well as stimulating the brain and reducing short-term memory loss. It increases blood flow to the brain, the uptake of glucose by brain cells, and has been said to improve the transmission of nerve signals.
Patients suffering from varying degrees of vascular insufficiency also noted an improvement in mood while taking ginkgo biloba extract. This has prompted a surge of interest in its use as a treatment for depression, especially in the elderly. Many people have found GBE to enhance other depression treatments and to often even prevent the need for pharmaceutical treatments in mild cases of depression. Those under the age of fifty may also benefit from ginkgo biloba's antidepressant effects. So far though, the greatest level of improvement has been noted with older patients.
Although oxygen is essential for life, it can have adverse effects on your body. Unstable oxygen molecules can often be created during our body's normal break down and use of oxygen or can form in response to external factors and pollutants. These unstable molecules, called free radicals, can damage cells and structures within cells. If the genetic material in cells is affected and not repaired, it can replicate in new cells, contributing to cancer and other health problems. These free radicals may also weaken artery walls, allowing fatty deposits that can lead to hear disease. As an antioxidant, ginkgo biloba combats free radicals and repairs molecular damage. A great deal of research suggests that antioxidants such as GBE may play important roles in preventing or delaying heart disease, cancer and other ills. Antioxidants may even halt the damage to cells, thereby slowing the effects of aging.