Archive for April, 2010

Mmmm, Mangosteen, the Purple Goodness

April 28th, 2010

Mangosteen Fruit (Garcinia Mangostana)  

A recent buzz word making its way around the health and nutrition scene is “Superfoods”.  Supefoods can be grains, seeds, fruits, or vegetables.  They contain a high amount of antioxidants and phytonutrients.  Science is now catching up with what common knowledge has known for ages…think of that small voice in the back of your head that is saying, “eat your fruits and vegetables” (thanks, mom!).    One particular superfood that has health benefits above the norm is the mangosteen fruit.   

Mangosteen is a small and very slow-growing tropical evergreen tree.   Mangosteen is native to South East Asia and requires a year round, warm, very humid, equatorial climate. The tree only can grow well in tropical areas and requires abundant regular rainfall and moisture in the soil. 

Pericarp (rind or peel): the half-centimeter pericarp is green unripe and dark purple when ripe. It contains the highest concentrations of xanthones in the entire fruit. 

Pulp (fruit) – the fleshy interior that is responsible for its reputation as the best tasting fruit in the world. 

Seeds – usually one to two in number within the pulp. The mangosteen fruit has been used for centuries as a folk-lore medicine. 

 An enormous amount of modern study and research has been focused toward unlocking the secrets of this remarkable fruit. Scientists have actually identified the major compounds found in the mangosteen that are responsible for its healthful characteristics. 

Mangosteen Health Benefits 

These days, just about everybody knows about free radicals and the damage they cause in the body and most would know, to counteract the effects of free radicals, we need a diet high in antioxidants. Free radicals attack the cells in our bodies every second of every day, while antioxidants work actively with the immune system to repair the damage before cellular break down occurs. If the balance between free radical attack and the body’s ability to overcome free radical activity is weighted on the side of the free radicals… well you are destined for early onset of metabolic disease or worse. 

 Much has been made of the extensive antioxidant properties of vitamins, especially Vitamin C and Vitamin E.  However, superfoods provide benefit way beyond these vitamins. 

This powerful, life-enhancing substance is called Xanthone. 

In fact, there’s a whole family of Xanthones, and the most dynamic of these are found in the amazing whole fruit mangosteen which includes the pericarp. While most people know about the antioxidant benefits of Vitamins C and E, far fewer are aware of the incredibly potent antioxidant power of Xanthones and many other phyto-chemicals. Xanthones are natural plant chemical substances that have recently won high praise from numerous scientists and researchers. Xanthones have been studied for their medicinal potential, since they demonstrate a number of pharmaceutical properties and are proving to be essential for good health. 

The Research on Xanthones: 

Xanthones have been the subject of intense research for several decades. They’re found in a select number of rain forest plants and dark red fruits, but nowhere are they found in more abundance than in the pericarp or rind, of the mangosteen fruit. This smooth, purple/dark red covering that was traditionally ground with ancient mortars and used to heal infection turns out to be the mother lode of beneficial Xanthones and potent antioxidants. 

The two most beneficial Xanthones found in the mangosteen have been named Alpha Mangostin and Gamma Mangostin. When isolated and thoroughly tested by researchers, these two Xanthones have been found to carry a host of benefits. According to professional journals such as Free Radical Research, Journal of Pharmacology, and the Indian Journal of Experimental Biology, these Xanthones have a remarkable effect on cardiovascular health; are naturally antibiotic, antiviral, and anti-inflammatory; and are amongst the most powerful antioxidants found in nature. 

Research laboratories around the world have now been helping us understand how the mangosteen fruit imparts such wonderful benefits. Modern science is just catching up with what herbal doctors have already known for centuries. 

For more information go to www.pubmed.com and search for “Xanthones” or “Garcinia Mangostana” in the database and read the scientific research

The Benefits Research is finding: 

1.) Anti-fatigue
2.) Anti-obesity
3.) Anti-depression
4.) Anti-anxiety
5.) Anti-Alzheimer’s
6.) Anti-arthritis
7.) Anti–periodontic (gum disease)
8.) Anti-allergenic
9.) Anti-seborrheic (skin disease)
10.) Anti-pyretic (anti-fever)
11.) Anti-Parkinsonism
12.) Anti-diarrhea
13.) Anti-neuralgia (nerve pain)
14.) Anti-vertigo (dizziness)
15.) Anti-glaucoma
16.) Anti-pain (for example, dental pain)
17.) Anti-inflammatory (cox-2 inhibitor; like Vioxx & Celebrex but without side effects)
18.) Anti-ulcer (for example, ulcers of stomach, mouth, small bowel, large bowel)

I found XanGo to be the best source of mangosteen.  XanGo juice is the original mangosteen supplement that uses a proprietary, whole fruit formula (follow this link to a mangosteen juice source).

To your long life!

Richard

For Further Reading Pleasure: 

 Tapiero, H., et. al. “Polyphenols: do they play a role in the prevention of human pathologies?”Biomedicine & Pharmacotheraphy; 2002, 56 (4):200-207 

Huang, D., et. al. “High-throughout assay of oxygen radical absorbency capacity using multichannel liquid handling system coupled with a microplate florescence reader in 96 we format.” Journal of Agricultural and Food Chemistry: 2002 50 (16): 4437-4444 

Mangosteen in the Columbia Encyclopedia – 6th edition, Columbia University Press 2003 

Parkinson. R. “Mangoes, Lychees and Mangosteen”: Chinese Cuisine 2004 

 Nakatani, K. , et. al. “gamma-Mangostin inhibits IkappaB Kinase Activity with and decreases Lipopolysaccaride-induced cyclooxgenanase-2 Gene Expression in C6 Rat glioma Cells.” Molecular Pharmacology; June 24, 2004 

 Jiang, D.J. e. al. “ Pharmacological effects of xanthones as cardiovascular protective agents.”Cardiovascular Drug Reviews , 2004, 22(2):91-102 

 Biochem Pharmacol – 2002 Jan 1;63(1):73-9 

Evaluation of the antifungal activity of natural xanthones from Garcinia mangostana and their synthetic derivatives – J. Nat Prod 1997 May; 60 (5):519-24 

Active constituents against HIV-1 protease from Mangosteen- Planta Med 1996 Aug;62(4):381-2 

 Mangostin inhibits the oxidative modification of human low density lipoprotein- Free radical Res. 1995 Aug.:23(2):175-84 

 Antiproliferation, antioxidation and induction of apoptosis by Garcinia mangostana on SKBR3 human breast cancer cell line J.Ethnopharmacol, 2004 Jan:90(1):161-6 

Induction of apoptosis by xanthones from mangosteen in human leukemia cell lines J.Nat Prod. 2003 Aug;55(8):1124-7 

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Protease: the Immune Booster, Part II

April 13th, 2010

Last month I promised to give further information on protease’s immune supporting action (post found here).  Let’s jump right in…

Taken by mouth on an empty stomach, proteases are readily absorbed into the mucosa cells of the intestine and into the blood.  Once there, they join a biochemical secreted by white blood cells known as alpha II-macroglobulin (A2M for short).  A2M can be thought of as an escort with two purposes; the first is to protect the protease from removal from the bloodstream, and the second is to take it where it is needed. 

There are several types of cells in the immune system that play one of two roles.  Simply stated, they either identify what is harmful or they remove it.  For further information on the immune system and/or cell types click here.

While science does not completely understand the exact role of each immune system chemical (many serve more than one purpose), the ability of A2M to bond with protease and escort it throughout the body is well known.  Remarkably, A2M appears to have the same ability that white blood cells have for identifying what does not belong.  Once an intruder is identified, the A2M exposes the protease to the protein-based invader and then digestion of that pathogen begins.  That process makes it possible to supplement the immune system with orally taken protease. We can actually supply the body with a supplement that becomes a part of the immune system! 

While echinacea, beta-glucans, and zinc can be supportive, they do so by stimulating an immune function.  Protease has the ability to help take out the suspected causes of the immune system attacking the body.  Thus it is better described as an immune balancer than an immune stimulator. 

Next time you are feeling under the weather or your allergies are kicking up, reach for the protease!

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High Intensity Training Doesn’t Hurt the Heart!

April 8th, 2010

 Hot of the press…

No left ventricular remodeling, dysfunction, or clinical events in elite Olympic athletes

April 7, 2010 | Michael O’Riordan

Rome, Italy – Intense endurance training over many years is not associated with inappropriate changes in left ventricular function, significant changes in left ventricular morphology, or the development of cardiovascular symptoms or events, according to the results of a new Italian study.

The findings, from a long-term analysis of Olympic-caliber athletes, suggest that prolonged, intensive exercise training does not injure the heart.

“Our findings support the benign nature of physiologic heart remodeling in trained athletes and the safety of long-term and intense sports participation, even at the highest competitive level,” write Dr Antonio Pelliccia (Institute of Sports Medicine and Science, Rome, Italy) and colleagues in the April 13, 2010 issue of the Journal of the American College of Cardiology.

In an editorial accompanying the study, Drs Paul Bhella and Benjamin Levine (University of Texas Southwestern University, Dallas) said the study “goes a long way to reassure the medical community of the inherently physiologic and clinically benign nature of prolonged and intense endurance training.”

Click here to head over to the Heartwire for the full story!

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Coriander…Not Just for Seasoning

April 5th, 2010

This past Friday night I had a friends over for dinner and made a coconut dal and Indian spinach (like saag) all served on brown rice.  An ingredient used in both dishes was ground coriander seed.  Often times we under estimate the benefit of the spices we use in our cooking, so please read on to see why you should add coriander to your diet.

Coriander is in the Apiaceae family and is an herb that has been cultivated over thousands of years throughout the ancient world. Common names include Cilantro, Chinese parsley and Japanese Parsley. Coriander is native to Southern Europe and the Middle East. It is mentioned in the Bible, and was a favorite of the ancient Greeks, Romans and Hebrews. Its many medicinal uses have been documented by the Egyptians, Romans, and Greeks, Chinese and Indian healing traditions.

The name is thought to derive from the Greek koros for insect or bug, probably due to the appearance of the small light brown seeds. The Ebers Papyrus from 1550 BC references Coriander, and Hippocrates writes of it in 400 BC. Coriander was introduced to Britain by the Roman legions that carried the seeds with them. Pliny The Elder, the Roman who authored Naturalis Historia circa 77-79 AD praised Egyptian Coriander as the best and an antidote for the poison of the snake amphisbaena, and for healing sores, burns, carbuncles, sore ears, fluxes of the eye, cholera and intestinal parasites. It is believed to have been grown in the hanging gardens of Babylon. Charlemagne had it grown on the imperials farms in central Europe and it was used for love potions in the middle ages. It is even mentioned in the One Thousand and One Nights as an aphrodisiac.

Properties, Actions and Uses

In the Ayurvedic tradition, Coriander has a bitter, pungent taste with an astringent quality, and a cooling energy. It is tridoshic, being beneficial for balancing Pitta dosha (fire & water), Kapha dosha (water & earth), and Vata dosha (air & ether). The essential oil consists of the linalol called coriandrol (60 to 70%), geraniol, borneol and terpenes.

Coriander works on the digestive, respiratory and urinary systems. It is strengthening for the urinary tract and enhances digestion without aggravating Pitta. It strengthens liver function as a detoxifying herb. Coriander is antimicrobial and antibacterial, alterative, diaphoretic, carminative, diuretic, and stimulant, with a detoxifying and chelating effect, helping to remove heavy metals such as mercury and lead. Coriander seeds appear in herbal tea remedies for stomach ailments. The leaves known as Cilantro are juiced and taken internally for allergies, hay fever, and applied externally for itch, inflammation and skin rashes.

Cilantro may be prepared as a puree (like a raw Pesto sauce) by blending the Cilantro leaves, olive oil, ground almonds, fresh lemon juice and garlic in a blender. Take at three teaspoons a day to stimulate and cleanse the digestive system. It makes an aromatic addition to salads and is good added fresh to hot spicy dishes such as in Peruvian, Mexican, Asian, North African and Indian cooking and is one of the basic ingredients in Indian curry dishes. The ground seed balances the sweet and pungent spices in blends. This herb grows well in the temperate zones of the world. It is best used as finely ground dried seeds or fresh leaves, as the aromatic properties are reduced by drying. The leaves and stems may be chopped and frozen in ice cube trays or small containers for future use.

Nutrients – Coriander contains Vitamin C, and small amounts of Vitamin E, Calcium, Iron and Niacin (B3).

Sources:

The Yoga of Herbs, by Dr. David Frawley and Dr. Vasant Lad

Planetary Herbology, by Michael Tierra, CA, ND

An Ancient Egyptian Herbal, by Lise Manniche

The Spice and Herb Bible, 2nd Edition, by Ian Hemphill

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