Categories
Herbs & Plants

Mañgoñgot

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Botanical Name :Clerodendrum inerme (Linn.) Gaertn
Family : Verbenaceae

Other Scientific Names:  Clerodendrum commersonii Spreng.,Clerodendrum nerifolium Wall. ,Volkameria commersonii Poir.,Volkameria inermis Linn. ,Volkameria nereifolia Roxb.,Clerodendrum capsulare Blanco,

Common Names: Gaertn. Ang-angri (Ilk.),Baliseng (Bis.),Busel-busel (Ilk.),Mañgoñgot (Tag.),Samin-añga (Sul.),Tabang-oñgong (P. Bis.),Seaside clerodendron (Engl.) ,Garden quinine (Engl.) ,Sorcerer’s bush (Engl.),Wild jasmine (Engl.) ,Ku lang shu (Chin.)

Habitat : Mañgoñgot is found along the seashore and beside tidal streams throughout the Philippines. It also occurs in India to Formosa, and through Malaya to tropical Australia and Polynesia.

Description:
This plant is an erect or somewhat straggling shrub 1 to 4 meters high. The leaves are ovate, oblong-ovate, or elliptic-ovate, 4 to 8 centimeters long, 2 to 5 centimeters wide, shinning, smooth, entire, and pointed at the tip. The inflorescence (cyme) is usually composed of three flowers and is borne in the axils of the leaves. The calyx is green, narrowly funnel-shaped, and furnished with 5 very short teeth. The corolla is about 3 centimeters long and comprises a slender, white tube spreading, purple-tinged lobes which are about 7 millimeters long. The stamens are long-exserted, and purple. The fruit is obovoid, about 1.5 centimeters long, and splitting into 4 pyrenes. The calyx in the fruit is about 1 centimeter in diameter.

click & see the pictures

Medicinal Uses:
Parts used: Root, leaves.

Constituents:
* Leaves yield a bitter principle that is entirely removed by ether; and treatment with alcohol and water yields extracts free from bitterness. The bitter principle shows a resemblance to Chiretta (Swertia chirata), a gentianaceous plant.
* Leaves also yield a fragrant stearoptin with an apple-like odor; resin; gum; brown coloring matter; and ash containing a large amount of sodium chloride (24.01% of the ash).
* Study of hexane extract of the aerial parts isolated an aliphatic glucoside characterized as pentadecanoic acid-ß-D-glucoside. A butanol extract yielded acacetin and apigenin.

Properties:
*Leaves are mucilaginous and fragrant.
*Considered alterative, febrifuge and resolvent.

Folkloric
*In the Philippines, root decoction is used as febrifuge and alterative.
*Leaves are used in poultices as resolvent.
*Elsewhere, the root, boiled in oil, is applied like a liniment for rheumatism.
*In Guam, the bitter root, leaves and wood are used by natives as a remedy for intermittent fevers.
*Poultices of leaves used for swellings to prevent suppuration.
*Leaves and roots, in tincture and decoction, used as substitute for quinine.
*Juice of leaves and root used as alterative in scrofulous and venereal diseases.
*Poultices of leaves applied to resolve buboes.
*Leaf bath recommended for mani and for itches.
*At one time, sailors of Macassar were reported to take the fruit, seeds and roots to sea, and a decoction or pounded seeds were ingested when taken sick by ingestion of poisonous fish and crabs.
*Leaves, eaten with rice, used to increase the appetite.
*In Java, fruit used as medicine for dysentery.
*In Africa, used to treat hypertension.
*In traditional Indian medicine, leaves used for treating fever, cough, skin rahses, boils; also, for treating umbilical cord infection and cleaning the uterus.

Studies :
• Megastigmane / Iridoid Glucosides: Study of aerial parts of C. inerme yielded two megastimane glucosides (sammangaosides A and B) and an iridoid glucoside (sammangaoside C) with 15 known compounds.
Hepatoprotective: Study of ethanolic extract of C. inerme leaves in CCl4-induced liver damage in Swiss albino rats showed hepatoprotective activity with significant reduction of liver enzymes ALT, AST and alkaline phosphatase, with significant increase in glutathione level.
Hypotensive Activity: Study of aqueous extract of Clerodendrum inerme leaves showed a hypotensive effect attributted to the presence of chemical elements such as alkaloids and polyphenols. Results support its traditional use for its hypotensive effect.
• Antifungal: Study of the ethyl acetate and hexane extracts of leaves and stems of C. inerme and C. phlomidis showed both inhibited inhibition of all plant and human pathogenic fungi. The leaf extract of C. inerme inhibited plant pathogenic fungi better than the human dermatophytes.
• Antioxidant / Free Radical Scavenging Activity: Study of methanolic extract of leaves of C. inerme showed free radical scavenging activity increasing with concentration, with maximum activity at 2500 mg/mL. Antioxidant activity may be due to phenolic compounds.
• Antibacterial / Wound Healing: Study of methanol, ethyl acetate and aqueous extracts showed significant inhibition against 15 of 18 bacterial tested. Results clearly showed the leaves were effective in controlling bacterial pathogens, particular gram positive bacteria. Results also confirmed its utility as a wound-healing agent.
• Anti-Inflammatory / Analgesic: Study of the methanol extract of C. inerme in animal models exhibited anti-inflammatory activty. In addition, it showed significant analgesic activity in acetic acid induced-writhing model. The effects were attributed largely to its antioxidant and lysosomal membrane stabilizing effects.

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.

Resources:

Click to access mangongot.pdf

http://www.stuartxchange.com/Mangongot.html

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Categories
News on Health & Science

Type of Body Fat ‘Boosts Health’

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Body fat found under the skin – and particularly on the buttocks – may help reduce the risk of developing type 2 diabetes, research suggests.

The study contrasts this subcutaneous fat with visceral fat, which is wrapped around the organs, and raises the risk of ill health……...CLICK & SEE

It is thought subcutaneous fat may produce hormones known as adipokines which boost the metabolism.

The Harvard Medical School study appears in the journal Cell Metabolism.

The researchers, who worked on mice, transplanted fat from one part of the animals’ body to the other.

“The surprising thing was that it wasn’t where the fat was located, it was the kind of fat that was the most important variable.” says Professor Ronald Khan,Harvard Medical School

When subcutaneous fat was moved to the abdominal area, there was a decrease in body weight, fat mass, and blood sugar levels.

The animals also became more responsive to the hormone insulin, which controls the way the body uses sugar. A lack of response to insulin is often the first stage on the path to type 2 diabetes.

In contrast, moving abdominal visceral fat to other parts of the body had no effect.

Lead researcher Professor Ronald Khan said: “The surprising thing was that it wasn’t where the fat was located, it was the kind of fat that was the most important variable.

“Even more surprising, it wasn’t that abdominal fat was exerting negative effects, but that subcutaneous fat was producing a good effect.”

Previous research has suggested that obese people with high levels of both abdominal and subcutaneous fat are more insulin-sensitive than those with only high levels of abdominal fat.

Professor Khan said it was possible that subcutaneous fat offset the effects of visceral fat.

Dr David Haslam, of the National Obesity Forum, said the finding cast new doubt on the merits of Body Mass Index (BMI) as a way to assess whether somebody was unhealthily overweight, as it did not differentiate between different types of fat.

He said it was still important that people tried to control their weight, as healthy lifestyle choices like a balanced diet and taking exercise would overwhelmingly impact on visceral, and not subcutaneous fat levels.

Women have a tendancy to lay down more subcutaneous fat, particularly on their legs and buttocks than men.

Dr Ian Campbell, medical director of the charity Weight Concern, said: “If there is something about subcutaneous fat which is protective, and actually decreases insulin resistance, this could help open up a whole new debate on the precise role fat has on our metabolism.”

YOU MAY CLICK TO SEE ALSO :->
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Pot belly linked to heart disease
Test points to ‘hidden’ fat risk
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RELATED INTERNET LINKS:->
Cell Metabolism
National Obesity Forum
Weight Concern

Sources: BBC NEWS:7Th. May,”08

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