Pure and Natural Maral Root Extract Beta~Ecdysone 10%~45%

• Customization: Available
• Certification: ISO, FDA, HACCP, Kosher, Halal
• Assay Method: HPLC
• Model NO.: Beta~Ecdysone 10%~45%
• Application: Food, Health Care Products, Medicine, Muscle and Potency Enhancer
• State: Powder
• Transport Package: 25kg/Drum
• Specification: ISO: 9001; KOSHER
• Trademark: Kingherbs
• Origin: China
• HS Code: 2938909090
• Production Capacity: 500kg

Product Description

Maral Root Extract
Botanical Source: Rhaponticum carthamoides; Leuzea carthamoides
Part Used: Root
Specification: 10:1; Beta~Ecdysone 10%-45%
Appearance: Fine brown yellow powder

Introduction:
Leuzea carthamoides (also called Rhaponticum carthamoides) is a rare endemic plant belonging to the Composite family. It is a big herbal perennial, reaching 130 cm in height. Leuzea grows on the mountain slopes in a limited area of southern Siberia (Altai, Sayani). It does not exist as a wild growing plant in other region of the world. Because of the limited distribution of Leusea in nature and because the plant grows slowly, the collection of wild-growing Leuzea in Russia is under government control and is restricted.
The history of Leuzea as a medicinal plant began ages ago when local hunters watched the behavior of a variety of deer known as Marals. At the time of mating, when males fight each other and need to restore their strength, stags dig out and eat Leuzea root. Local healers discovered that consumption of dried Leuzea root by man also helped him recover from fatigue and increase his sexual potency. The plant was thereafter named Maral root, now the official common name of Leuzea.
Scientific studies of Leuzea's influence on the organism began in Russia in the 1940's, during World War II, when the country had needed medication to help restore the strength of warriors ?.
An ethanol extract of dried Leuzea root contain tannins, phytoecdysones, flavonoids, glycosides, lignins, alkaloids, vitamins, organic acids and some yet-to-be-identified compounds.
Numerous experiments on animals and humans in clinical trials have made it possible to establish 
 
Functions:
- Increases the rate at which ATP (source of energy in cells) is restored;
- Contributes to an increase of muscle mass;
- Reinforces contractions of the heart muscles;
- Improves blood circulation in muscles and brain;
- Increases resistance to oxygen starvation;
- Elevates the ability and mobility of spermatozoids in vitro;
- Accelerates sexual maturity and the first pregnancy of female animals;
- Prevents development of experimental hyper and hypoglycemia, leukocytosis, leucopoenia, erythrocytosis and erythropenit; 
- Restores the capacity to focus, concentrate and perform mental work in men while mentally fatigued;