Ginkgo Biloba - Ginkgobaum

Ginkgo Biloba, generally known as the Ginkgo tree, is a fascinating plant from the family of the Ginkgoaceae and is considered a living fossil. This type of plant is attributed to a remarkable story and a variety of medical applications.

Botanical characteristics

The Ginkgo tree is a very unique tree. It is a drop in a decline and can reach a considerable amount of up to 40 meters. The leaves of the ginkgo tree are fan-shaped, leathery and double, which gives it a characteristic appearance. The male trees carry small, yellow flower kitten in spring, while the female trees produce stinky, meaty seed fruits in autumn.

Distribution and Habitat

The Ginkgo tree is located in China these days, but its story goes back over 200 million years. It is believed that it was once spread in many parts of the world, but is almost extinct in its natural environment. Due to its adaptability, the Ginkgo tree is planted as an ornamental plant in different parts of the world and is a frequent sight in urban parks and gardens.

Medical applications

The use of Ginkgo Biloba in traditional Chinese medicine goes back over 1,000 years. In modern medicine, the ginkgo extract has found broad recognition due to its diverse bioactive connections, including flavonoids and terpenes. These compounds have antioxidant, anti -inflammatory and vascular extensive properties. The Ginkgo extract is used to treat brain diseases and blood vessels. In alternative medicine, it is used to improve memory, to support blood circulation and to treat dizziness and ear noise.

Scientific research

The medical use of Ginkgo Biloba has received intensive attention in scientific research in recent decades. Numerous studies have confirmed the potential advantages of ginkgo extract in the treatment of memory disorders and vascular diseases. However, the exact mode of action of these compounds and their possible applications in modern medicine are still the subject of intensive research.

Future applications

The research of Ginkgo Biloba is still at the beginning and there is space for future research efforts. This includes the deepening of the understanding of its medical applications, its genetic diversity and its adaptability to changed environmental conditions.