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 Documentation on Amazon Herbs
June 1999

Formula: Sumacazon

Statement: Suma provides important hormonal precursors beta-sitosterol and beta-ecdysone. Suma, known as Brazilian ginseng, is classified as an adaptogen for facilitating hormonal balance and helping the body adjust to stress.

Documentation:

1. Anti-Inflammatory Activity of Pfaffia Paniculata (Martius) Kuntze and Pfaffia stenophylla (Sprengel) Stuchl by G. Mazzanti et al Pharmacological Research, Vol. 27, Supplement 1, 1993.

"The chemical constituents so far isolated from P. paniculata are stigmasterol, sitosterol and their glycosides, allantoin, pfaffic acid (nortriterpene) and its saponins named pfaffosides."



2. Pfaffosides and Nortiterpenoid Saponins from Pfaffia paniculata by N. Nishimoto et al. Phytochemistry, Vol. 23, No. 1, p. 139-42, 1984.

"We have investigated the constituents of this plant and isolated, besides the new nortriterpene pfaffic acid, three new pfaffic acid saponine named pfaffosides A, B and C and established their structures as 1-4 respectively. Furthermore, a mixture of stigmasterol and sitosterol, their glycosides and also allantoin were identified.



3. On the Similarity of Steroidal Compounds from Plants and Hormones. Herbal Tonic Therapies by Daniel Mowrey, Keats Publishing, 1993, p. 289.

"Stigmasterol comes about as close as any other plant sterol to being useful in steroid synthesis by yields what is better called a semi-synthesis. It must be emphasized that there is not an equivalency between plant steroids and human steroids. It takes many sythetic steps to get from one to the other. If the two have steroidal effects in the body, it is because the steroidal precursors have similar effects. The body does not recognize them or mistake them for its own hormones, but uses them in a synthetic manner."



4. On the Subject of Adaptogens. Herbal Tonic Therapies by Daniel Mowrey, PhD. Keats Publishing, 1993, p. 47.

"When it comes to the effects of ginseng on the immune system, it has become customary to write and talk in terms of the Russian-born adaptogen hypothesis which was developed to describe the properties of Siberian ginseng. Though basically a circular concept, it does serve the purpose of organizing many apparently contradictory findings on all species of ginseng. For instance, panax ginseng exerts both hypotensive and hypertensive actions. Similar effects are seen with blood sugar. Other characteristics of ginseng are exhibited in unhealthy organisms but are absent in normal healthy organisms.

These findings are not really contradictory, but rather suggest that the guiding principle behind the action of ginseng is to act as a tonic, to 'restore' normality and increase the nonspecific resistance of organisms to disease or any other 'change' away from 'normal' health. Thereby ginseng increases a person's ability to 'adapt' to the changes in the environment. Although the Russians coined the term 'adaptogen', the term has come to refer to any herb or other agent that increases the ability to adapt. The term is now used to refer to dozens of plants, many of which act in a manner that only vaguely resembles ginseng."



Statement: Studies done by the Peruvian Government showed animals with Maca in their diet maintained better health and vitality and had more offspring than animals not eating Maca.

Documentation

1. Physiological Studies and Determination of Chromosome Number in Maca, Lepidium meyenii by Carlos Quiros, A. Epperson, J. Hu and M. Holle. Econ Bot 50 (2) 216-223, 1996.

"Dry maca hypocotyls have the following composition: 59% carbohydrates, 10.2% proteins, 8.5% fiber and 2.2% lipids. Maca has a large amount of essential amino acids and higher levels of iron and calcium than the white potato. In addition, it contains important amounts of fatty acids, of which linolenic, palmitic and oleic acids are the most prominent. Maca is also rich in sterols and has high mineral content, in particular, iron, calcium and copper. Alkaloids are also present, but these have yet to be quantified."



Statement: It (Maca) is traditionally used to increase energy, mental clarity, support sexual functions and muscle tone.

Documentation:

1. Physiological Studies and Determination of Chromosome Number in Maca, Lepidium meyenii by Carlos Quiros, A. Epperson, J. Hu and M. Holle. Econ Bot 50 (2) 216-223, 1996.

"According to folk belief, maca enhances female fertility in humans and domestic animals which tends to be reduced at higher altitudes. Chemical analysis by Johns (1981) suggests that this property may be due to the presence of biological active aromatic isothiocyanates, and specifically due to p-methoxybenzyl isothiocyanate, which is also found in Tropasolum tuberosum, another species reputed to increase fertility in humans. Today, dried maca roots are ground to powder and sold in drug stores in capsules as a medicine and food supplement to increase stamina and fertility. Because of these properties, it is also known by the name of Peruvian ginseng.



Statement: Muira Puama - is a Brazilian shrub that has historically been used as a tonic for the nervous system and to nutritionally support organs involved in healthy sexual function.

Documentation:

1. French Institute of Sexology, 1996, Original research, Jacques Wayneberg. Male Sexual Asthenia - Interest in a Traditional Plant-Derived Medication: "Testor-plus."

Dr. Wayneberg's research tested the effects of Marapuama in 100 men, 82% with impotence and 18% with loss of libido. Subjects were given 1-1.5 gm of the herb in powdered form per day. "Frequency of intercourse was significantly increased for 62%. Thirty-two per cent indicated a strengthening of their libido. 12% noted morning erections that were improved. 52% notices re-established stability of erections during intercourse.



2. Notas Sobre Plantas Brasileiras by M. Penna, A. Penna, Rio de Janeiro, 1930.

Muira Puama is recommended on a basis of confirmed experience, in the treatment of disorders of the nervous system.

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