CONALT® GINKGO BILOBA 80 Mg

Product Description

• Ginkgo Flavone glycosides (24%) contained in the product promote the expansion of blood vessels by increasing blood flow in the body. These effects allow organs, especially brain cells, to receive more oxygen and nutrients. As a result, significant improvements in mental functions and overall health can be observed.
  ● These components regulate blood clotting and are known for their protective properties for nerve cells. Ginkgolides prevent damage to nerve cells due to aging or diseases, while also contributing to cognitive abilities by protecting brain health.
  ● The flavonoids in Ginkgo Biloba increase blood flow by dilating blood vessels. This dilation allows for greater transportation of oxygen and nutrients to various parts of the body, particularly critical organs such as the brain and heart. Improving circulation enhances overall energy levels, improving both physical and mental performance.
  ● Increased blood flow allows the brain to receive more oxygen, which enhances mental performance. The components of Ginkgo Biloba particularly boost acetylcholine levels, which support memory and learning processes. This mechanism helps prevent age-related memory loss and slows cognitive decline.
  ● Ginkgo Biloba preserves vascular health by increasing the elasticity of blood vessel walls. It helps prevent age-related arteriosclerosis, thereby reducing the risk of heart and vascular diseases. Maintaining vascular health enhances overall health as well as physical performance.
  ● The dilated blood vessels due to Ginkgo Biloba facilitate the easier flow of blood, alleviating issues related to hypertension (high blood pressure) and helping to stabilize blood pressure. Lower blood pressure helps protect heart health and reduce the risk of heart attacks.
  ● Thanks to its anti-inflammatory and antioxidant effects, it helps prevent arteriosclerosis. The active components in Ginkgo Biloba support the health of heart muscles. Regular use can significantly reduce the risk of cardiovascular diseases by strengthening heart health, thus ensuring regular heartbeats.
  ● Ginkgolides reduce the risk of thrombosis by balancing the blood coagulation mechanism. This helps prevent the formation of clots in the vessels, thereby avoiding emergencies such as strokes or heart attacks.
  ● Ginkgo Biloba protects nerve cells, providing protection against neurological disorders. It particularly helps keep brain cells healthy and slows degeneration. The components within it support the repair of nerve cells, slowing the development of diseases such as Alzheimer’s.
  ● Ginkgo Biloba contains strong antioxidant components that combat free radicals, preventing cellular damage. Reducing cellular damage slows the aging process and improves overall health.
  ● The anti-aging effects of Ginkgo Biloba help prevent the impacts of Alzheimer’s and other neurodegenerative diseases by reducing cellular damage, leading to a better quality of life for elderly individuals.
  ● Ginkgo Biloba supports mental functions, alleviating mental fatigue. The increase in oxygen to the brain helps maintain mental clarity and energy.
  ● Ginkgo Biloba aids in reducing symptoms of diabetic neuropathy by decreasing cyanide damage in diabetic patients. Protecting nerve cells leads to a reduction in symptoms such as pain and numbness.
  ● Ginkgo Biloba enhances cognitive performance by increasing acetylcholine levels. This effect enables learning and memory processes to occur more effectively.
  ● Ginkgo Biloba helps preserve vision by increasing blood flow to the eyes. It contributes to the prevention of vision problems, especially in elderly individuals. Thanks to its antioxidant effects, it prevents damage to eye cells, supporting long-term eye health.
  ● It helps balance neurotransmitters such as serotonin and dopamine in the brain. Thus, it contributes to alleviating symptoms of anxiety and depression.
  ● With the effects of components like Huperzine A, Ginkgo Biloba increases acetylcholine levels, which play a critical role in the brain’s learning and memory processes. This mechanism strengthens memory formation and learning ability.