SPECIES: Crioceras longiflorus = Crioceras dipladeniflorus
The Genus Crioceras was named by Pierre in 1877 for a species named Crioceras longiflorus. This was originally classified as Genus Tabernaemontana, with the name Tabernaemontana dipladeniflora. After research carried out by N. Halle in 1971, it obtained the name Crioceras dipladeniflorus.
It is a small bush or tree, 2-8 meters high, belonging to the apocynaceae plant family. It grows in Africa, more specifically in the Central African region; the Crioceras longiflorus is a plant whose alkaloids have opened a vast therapeutic field.
The study of the different species has revealed the production of terpenoid indole alkaloids with different properties and possible applications. Information on the pharmacology of crude extract and individual alkaloids belonging to the different species has been assembled by Van Beek et al. (1984). These compounds generally possess characteristic biological activities and many of them are utilized for medicinal purposes and for the lead compounds they contain to develop new synthetic drugs. Alkaloids of the distinct species have shown hypotensive and muscle relaxant activity, antimicrobial activity against Gram-positive bacteria, effects of sedation, decreased respiration, decreased skeletal muscle tone and antibacterial activities.
People throughout the world expect to live longer. And, in fact, there are over 35 million people over the age of 65 in the United States alone. Long life is largely a result of incredible advances in medical technology that have made it possible to alleviate many conditions which negatively affect our bodily organs. Yet the complex functions of one of our most important organs, THE BRAIN, still remain a mystery.
Medical technology has determined many aspects of how the Brain works. Neurons need plenty supply of oxygen, glucose and the proper function of other factors. How can we safely and effectively help the Brain so that it continues to function properly?
Vinpocetine is a cerebral metabolic activator and a neuronal protector. Clinical studies indicate that vinpocetine helps increase blood flow ; cerebral vasodilation 2 produces an immediate increase in the cerebral oxygenation and this results finally in the activation of the cerebral metabolism, the increase of glucose and the improvement of certain neurotransmitters´utilization . Another benefit that has been observed by using vinpocetine is its neuronal protection effects which increase resistance of the brain to hypoxia and ischemia , reduce platelet aggregation, and improve red blood cells deformability allowing oxygen to feed neurons through microcapillaries. Evidence also shows that Vinpocetine has antioxidant properties .
The are more than 100 clinical studies on Vinpocetine performed on over 30,000 patients proving its safety and effectiveness. Vinpocetine has many different effects of varying importance on cognitive functions such as increase of attention, concentration, and memory .
Almost anyone can benefit from taking vinpocetine. From people who have already cognitive deterioration, through baby boomers who are starting to suffer the symptoms of memory loss to young people and students who want to enhance their memory to increase their intellectual intelligence as well as to get good results at exams.
Disclaimer:The information presented herein is intended for educational purposes only. Individual results may vary, and before using any supplements, it is always advisable to consult with your own health care provider.