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Champak/Champa(Plumeria)

Botanical Name : Plumeria rubra

Division: Magnoliophyta
Family: Apocynaceae
Specific Epithet: Plumeria rubra acutifolia
Common Name: Frangipani Tree or West Indian Jasmine or Temple Tree.  (Katchampa  in Bengali)

English: Frangipani, Temple power, Graveyard flower

Origin: Mexico
It has over 200 varieties and species.

Plumeria (common name Frangipani; syn. Himatanthus Willd. ex Roem. & Schult.) is a small genus of 7-8 species native to tropical and subtropical Americas. The genus consists of mainly deciduous shrubs and trees. P. rubra (Common Frangipani, Red Frangipani), native to Mexico, Central America, and Venezuela, produces flowers ranging from yellow to pink depending on form or cultivar. From Mexico and Central America, Plumeria has spread to all tropical areas of the world, especially Hawaii, where it grows so abundantly that many people think that it is indigenous there.

Plant Description:
Plumeria is related to the Oleander, Nerium oleander, and both possess poisonous, milky sap, rather similar to that of Euphorbia. Each of the separate species of Plumeria bears differently shaped leaves and their form and growth habits are also distinct. The leaves of P. alba are quite narrow and corrugated, while leaves of P. pudica have an elongated oak shape and glossy, dark green color. P. pudica is one of the everblooming types with non-deciduous, evergreen leaves. Another species that retains leaves and flowers in winter is P. obtusa; though its common name is “Singapore”, it is originally from Colombia.

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Plumeria flowers are most fragrant at night in order to lure sphinx moths to pollinate them. The flowers have no nectar, and simply dupe their pollinators. The moths inadvertently pollinate them by transferring pollen from flower to flower in their fruitless search for nectar.

Propagation:
Plumeria species are easily propagated by taking a cutting of leafless stem tips in spring and allowing them to dry at the base before inserting them into soil. They are also propagated via tissue culture both from cuttings of freshly elongated stems and via aseptically germinated seed.

Growers of plumerias/Champak

Etymology and common names
The genus, originally spelled Plumiera, is named in honor of the seventeenth-century French botanist Charles Plumier, who traveled to the New World documenting many plant and animal species. The common name “Frangipani” comes from an Italian noble family, a sixteenth-century marquess of which invented a plumeria-scented perfume.

In Mexico, the Nahuatl (Aztec language) name for this plant is “cacalloxochitl” which means “crow flower.” It was used for many medicinal purposes such as salves and ointments.

Depending on location, many other common names exist: “Kembang Kamboja” in Indonesia, “Temple Tree” or “Champa” in India, “Kalachuchi” in the Philippines, “Araliya” or “Pansal Mal” in Sri Lanka, “Champa” in Laos, “Lantom” or “Lilarwadee” in Thai and “Dead man’s fingers” in Australia, for example. The Australian name is perhaps taken from its thin, leafless, finger-like branches. Many English speakers also simply use the generic name “plumeria”.

In culture:
They are now common naturalised plants in southern and southeastern Asia, and in local folk beliefs provide shelter to ghosts and demons. The scent of the Plumeria has been associated with a vampire in Malay folklore, the pontianak. They are associated with temples in both Hindu and Buddhist cultures, though Hindus do not use the flowers in their temple offerings.

In several Pacific islands, such as Tahiti, Hawaii and Tonga, Plumeria is used for making leis. In modern Polynesian culture, it can be worn by women to indicate their relationship status – over the right ear if seeking a relationship, and over the left if taken.

P. alba is the national flower of Nicaragua and Laos, where it is known under the local name “Sacuanjoche” (Nicaragua) and “Champa” (Laos).

In the book “A Varanda do Frangipani” by Mozambican author, Mia Couto, the shedding of the tree’s flowers serves to mark the passage of time, and whose conclusion sees the protagonists submerging into the tree’s roots as the ultimate solution to fix their shattered world.

In Bangladeshi culture most white flowers, and particularly plumeria , are associated with funerals and death.

Medicinal Uses:

Parts utilized for medicines:
· Bark, leaves and flowers.
· Collect from May to October.
· Sun-dry.

Constituents
Flowers suppose to be source of perfume known as “Frangipiani.”
Bark contains a bitter glucoside, plumierid (2%).
Latex contains resins, caoutchouc and calcium salts of plumieric acid: cerotinic acid and lupeol.
Leaves contain a volatile oil.

Characteristics and Pharmacological Effects
Sweet tasting and neither warming nor cooling in effect, aromatic.
Antipyretic, diuretic, emmenagogue, febrifuge, purgative, rubefacient.

•Decoction of bark is used as purgative, emmenagogue, and febrifuge.
•Preventive for heat stroke: the material may be taken as a cooling tea.
•For dysentery, diarrhea during summer season: use 12 to 24 gms of dried material in decoction.
•Arthritis, rheumatism, pruritic skin lesions: Mix the latex (sap) with coconut oil, warm, and apply to affected area.
•Decoction of the bark is used as a counterirritant on the gums for toothache.
•The latex mixed with coconut oil is used for itching.
•The juice is rubefacient in rheumatic pains, and with camphor, is also used for itching.
•A poultice of heated leaves is beneficial for swellings.
•Decoction of leaves for cracks and eruptions of the soles of the feet.
•Infusion or extract from leaves is used for asthma.

Ethnobotanical/Economic Uses:Common ornamentals and some members of the family have medicinal uses.The Plumeria Flower Is Used Abundantly In Lei Making.

Chemical Composition of the Essential Oils of Four Plumeria Species Grown on Peninsular Malaysia

Research Article on Plumeria Linn. from Malaysia

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:
http://en.wikipedia.org/wiki/Plumeria
http://www.mrs.umn.edu/academic/biology/database/html/Plumeria_rubra_acutifolia.html

http://www.filipinoherbshealingwonders.filipinovegetarianrecipe.com/kalatsutsi.htm

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Avocado

Botanical Name: Persea americana
Family:Lauraceae
Kingdom: Plantae
Order: Laurales
Genus: Persea
Species: P. americana

Other Names:Palta,Aguacate, Alligator pear

Habitat: Native to the Caribbean, Mexico, South America and Central America,
Description:
The tree grows to 20 metres (65 ft), with alternately arranged, evergreen leaves, 25 centimetres long. The flowers are inconspicuous, greenish-yellow, 10 millimetres wide. The pear-shaped fruit is botanically a berry, from 7 to 20 centimetres long, weighs between 100 and 1000 grams, and has a large central seed, 3 to 5 centimetres in diameter.

CLICK TO SEE THE PICTURES>…..(01)……....(1)...…(2)..…...(3)..…….(4).…....

An average avocado tree produces about 120 avocados annually. Commercial orchards produce an average of 7 tonnes per hectare each year, with some orchards achieving 20 tonnes per hectare. Biennial bearing can be a problem, with heavy crops in one year being followed by poor yields the next. The fruit is sometimes called an avocado pear or alligator pear, due to its shape and rough green skin. The avocado tree does not tolerate freezing temperatures, and can be grown only in subtropical or tropical climates.

The name “avocado” also refers to the fruit (technically a large berry) of the tree that contains a pit (hard seed casing) which may be egg-shaped or spherical.

Avocados are a commercially valuable crop whose trees and fruit are cultivated in tropical climates throughout the world (and some temperate ones, such as California), producing a green-skinned, pear-shaped fruit that ripens after harvesting. Trees are partially self-pollinating and often are propagated through grafting to maintain a predictable quality and quantity of the fruit.

Etymology
The word “avocado” comes from the Spanish word aguacate, which derives in turn from the Nahuatl (Aztec) word ahuacatl, meaning “testicle”, because of its shape. In some countries of South America such as Argentina, Bolivia, Chile, Peru, and Uruguay, the avocado is known by its Quechua name, palta. In other Spanish-speaking countries it is called aguacate, and in Portuguese it is abacate. The name “avocado pear” is sometimes used in English, as are “alligator pear” and “butter pear”. The Nahuatl ahuacatl can be compounded with other words, as in ahuacamolli, meaning “avocado soup or sauce”, from which the Mexican Spanish word guacamole derives.

Cultivation:
The subtropical species needs a climate without frost and little wind. When mild frost does occur, the fruit drops from the tree, reducing the yield, although the cultivar Hass can tolerate temperatures down to -1°C. Contrary to the conventional wisdom, avocado trees cannot sustain the frost. Avocado farmers in California lost hundreds of millions of dollars in 2006 due to a temperature drop[citation needed]. The trees also need well aerated soils, ideally more than 1 m deep. Yield is reduced when the irrigation water is highly saline. These soil and climate conditions are met only in a few areas of the world, particularly in southern Spain, the Levant, South Africa, Peru, parts of central and northern Chile, Vietnam, Indonesia, Australia, New Zealand, the United States, the Philippines, Malaysia, Mexico and Central America, the center of origin and diversity of this species. Each region has different types of cultivars. Mexico is the largest producer of the Hass variety, with over 1 million tonnes produced annually.

Propagation and rootstocks
While an avocado propagated by seed can bear fruit, it takes 4–6 years to do so, and the offspring is unlikely to resemble the parent cultivar in fruit quality. Thus, commercial orchards are planted using grafted trees and rootstocks. Rootstocks are propagated by seed (seedling rootstocks) and also layering (clonal rootstocks). After about a year of growing the young plants in a greenhouse, they are ready to be grafted. Terminal and lateral grafting is normally used. The scion cultivar will then grow for another 6–12 months before the tree is ready to be sold. Clonal rootstocks have been selected for specific soil and disease conditions, such as poor soil aeration or resistance to the soil-borne disease caused by phytophthora, root rot.

Nutritional value
A whole medium avocado contains approximately 15% of the United States FDA’s recommended daily amount of fat, though they are high in monounsaturated fat. Avocados also have 60% more potassium than bananas. They are rich in B vitamins, as well as vitamin E and vitamin K.

A fatty triol (fatty alcohol) with one double bond, avocadene (16-heptadecene-1,2,4-triol) is found in avocado and has been tested for anti-bacterial and anti-inflammatory properties. These properties are likely related with the curative effects of avocado described for a number of ailments (diarrhea, dysentery, abdominal pains and high blood pressure).

Uses
The vegetable of horticultural cultivars ranges from more or less round to egg- or pear-shaped, typically the size of a temperate-zone pear or larger, on the outside bright green to green-brown (or almost black) in color. The vegetable has a markedly higher fat content than most other vegetables, mostly monounsaturated fat. A ripe avocado will yield to a gentle pressure when held in the palm of the hand and squeezed. The flesh is typically greenish yellow to golden yellow when ripe. The flesh oxidizes and turns brown quickly after exposure to air. To prevent this, lime or lemon juice can be added to avocados after they are peeled.

The avocado is very popular in vegetarian cuisine, making an excellent substitute for meats in sandwiches and salads because of its high fat content. The fruit is not sweet, but fatty, strongly flavored, and of smooth, almost creamy texture. It is used as the base for the Mexican dip known as guacamole, as well as a filling for several kinds of sushi, including California rolls. Avocado is popular in chicken dishes and as a spread on toast, served with salt and pepper. In Brazil and Vietnam, avocados are considered sweet vegetables, so are frequently used for milk-shakes and occasionally added to ice cream and other desserts. In Vietnam, the Philippines and Indonesia, a dessert drink is made with sugar, milk, and pureed avocado.

In Central America, avocados are served mixed with white rice. In Chile its consumption is widespread and used as a puree in chicken, hamburgers and hot dogs, and in slices for celery or lettuce salads. The Chilean version of caesar salad contains large slices of mature avocado.

Avocado flesh has also been used by some Native American tribes in the southwestern United States in the mixing and application of adobe.

Avocado is also thought to promote physical beauty and is used in cosmetics to this day. The Aztecs ate the vegetable as an aphrodisiac.

Avocado plants and trees are used for making 1.Skin Care Products 2. Hair Care 3.Perfume and Cologne 4. Vitamins & Nutrition

Medicinal Uses:

Avocado is considered the most nutritious fruit in the world. Avocado provides more than 25 essential nutrients such as protein, potassium, vitamin E, C, B-vitamins, folic acid, iron, copper, phosphorus and magnesium. Avocado also provides calories for energy and beneficial phytochemicals such as beta-sitosterol, glutathione and lutein (necessary to protect us from the damage of ultraviolet radiation from many sources -computers and environment).

Some believe that the fat content of avocado is damaging but the fat in avocado is mostly monounsaturated. What should be avoided or reduced is saturated fat that is present in most dairy and animal products. In fact, avocado helps in the absorption of nutrients that are fat-soluble such as alpha and beta-carotene and lutein, when food containing these nutrients are eaten with avocado. Avocado is also high in fiber that is good for the digestive system and the heart.

Overall, avocado is considered a complete food. With vitamins, minerals, antioxidants, calories and fiber with no cholesterol and is sodium free. Avocado is ideal for growing up children, adults and even for babies, especially when blended with other fruits. For athletes, avocado is a nutritious energy booster to rev up the body’s strength.

Avocado (in slices) can be eaten as is or with a dash of salt. It can be mixed with other fruits, as salad, a shake, baked in breads and even made into a dip. In the Philippines, ripe avocado is often eaten as a snack by scooping from flesh from the skin then mixed with a some sugar and milk or cream.

A documentation of avocado’s cholesterol lowering effect was studied in in Brisbane, Australia. The researchers reported that eating avocados daily for three weeks improved blood cholesterol in middle-aged women better than a low-fat diet did. The avocado diet reduced total cholesterol by 8 percent compared with 5 percent for the low-fat diet. Another important observation was that it improved the good cholesterol (HDL or high density lipoprotein) by 15 percent. The daily amount of avocado ranged from 1/2 avocado for small women to 1 1/2 for large women. With this study we expect that the myth that avocados can worsen cholesterol can be dispelled. So by eating avocados, heart patients could cut their risk of heart attack 10-20 percent and death rates 4-8 percent in 3-5 years. Don’t hold your cravings for avocados, indulge, it is good for our heart!

Why avocado fat lowers cholesterol?
Avocado fat content is the reason to lower cholesterol since it is monounsaturated fat. Another reason is that avocado packs more of the cholesterol-smashing beta-sitosterol (a beneficial plant-based fat) than any other fruit. Beta-sitosterol reduces the amount of cholesterol absorbed from food. So the combination of beta-sitosterol and monounsaturated fat makes the avocado an excellent cholesterol buster.

Beta-Sitosterol has an apparent ability to block the bad LDL cholesterol absorption from the intestine, resulting in lower blood cholesterol levels. The Australian study not only reported that eating either half or a whole avocado fruit per day for a month succeeded in lowering cholesterol levels, but at the same time most people in the study lost weight.

Sid Information on beta-sitosterol
It is a phytosterol or plant alcohol that is literally in every vegetable we eat. We already eat this every day but we just don’t get enough of it. The typical American is estimated to eat only 200-400 mg a day while vegetarians probably eat about twice this much. This is surely one of the many reasons vegetarians are healthier and live longer.

Actually the term “beta-sitosterol” in commerce refers to the natural combination of beta-sitosterol, stigmasterol, campesterol and brassicasterol as this is how they are made by nature in plants. There are no magic foods with high levels of phytosterols, but they can be inexpensively extracted from sugar cane pulp, soybeans and pine oil.

The Aztec’s would use Aguacate(Avocado) as an
Aphrodisiac, against Dandruff, Scabs, Menstrual Cramps and Hemorrhage, Cough, Dysentery, Gout, Peritonitis (An inflammation of the peritoneum, the membrane that lines the wall of the abdomen and covers the organs.), Intestinal Worms and for Lice and Nits.

How the Aztecs would use the Avocado as an Aphrodisiac:
The Pulp of the Avocado is a magnificent aphrodisiac as it enhances the tone of the sexual organs which in turn enhances sexual appetite.

For Dandruff and Scabs:
Grind the Avocado seed and mix with Castor Oil, then with the paste rub well on the skin likewise for the head but cover with plastic( Do Not Cover Nose or Mouth) or flannel and leave on overnight and wash off the following morning.

For Menstrual cramps, Hemorrhage and Cough:
Drink one cup of 2 Avocado leaves boiled in 1/4 liter of water.

For Dysentery:
Grind Avocado seed into powder then roast the powder then take 1 gram of powder on an empty stomach.

For Rheumatic Pains and Gout: Rub the affected part with a dry towel to activate circulation then rub a little Avocado seed extract and cover with a flannel cloth. The Extract is made by slicing 4 Avocado seeds into small pieces and let macerate in alcohol for several days.

For Peritonitis:
Boil for 5 minutes in 2 liters of water, 1 Avocado seed cut into tiny pieces, 2 branches of Chamomile and 1 Prickly Pear Cheese; strain, and use as enema as hot as can be tolerated.

To get Rid of Intestinal Worms and Parasites:
Drink a 1 cup infusion made of the skin or rind of the Avocado that has been left to soak in hot water for several minutes

To get rid of Lice and Nits:
Boil 5 Avocado seeds in 1/4 liter of water that have been minced with 2 Rue branches, wash hair with the liquid rubbing well then cover head with towel and the lice will be removed.

More informations on Avocado

How eating avocado could save your life:

Toxicity to animals
There is documented evidence that animals such as cats, dogs, cattle, goats, rabbits, birds, fish and particularly, horses can be severely harmed or even killed when they consume the avocado leaves, bark, skin, or pit. The avocado vegetable is poisonous to birds in some cases, so on a practical level feeding the vegetable to birds should be avoided. Avocado leaves contain a toxic fatty acid derivative known as persin, which in sufficient quantity can cause equine colic and with lack of veterinary treatment–death. The symptoms include gastrointestinal irritation, vomiting, diarrhea, respiratory distress, congestion, fluid accumulation around the tissues of the heart and even death. Birds also seem to be particularly sensitive to this toxic compound.

Negative effects in humans seem to be primarily in allergic individuals.

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:

http://en.wikipedia.org/wiki/Avocado

http://electrocomm.tripod.com/aguacate-avocado.html

http://gonatural.com.ph/herbalblog/?cat=3

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News on Health & Science

Mapping the Face

New research into how the face stores fat could lead to more effective anti-aging strategies, better facial reconstruction techniques, and may even help doctors assess heart-disease risks.

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Compartmentalization: The face has a new map.

In the fight to protect our faces from the ravages of aging, gravity is one of our biggest enemies. As we get older, Newton’s favorite force pulls everything from our brows to our chins south, and despite the claims of the multibillion-dollar anti-aging industry there is only so much we can do to pull back. And new research indicates that the face is a much more complicated battlefield than previously thought.

Rather than being a single area, the face is made up of not one, but 16 anatomically distinct compartments that gain and lose fatty tissue independently of one another over time, scientists at the University of Texas Southwestern Medical Center announced in a recent issue of Plastic and Reconstructive Surgery. The discovery is upending previous assumptions about the face’s structure, and its implications may reach beyond better face-lifts to a new understanding of obesity.

“For the last 100 years or so, we thought that facial skin and fat were held up by a handful of ligaments, and that the visual effects of aging come as those ligaments break down and gravity takes over, says James Stuzin, a plastic surgeon in Coconut Grove, Fla., who was not involved in the study. œIt turns out we got that wrong.

One clue into the face’s complexity is the fact that it does not age uniformly. As your cheeks begin to sag, for example, the area around your eyes may remain young and sprightly looking. This led Rod Rohrich, a professor and plastic surgeon at the University of Texas Southwestern Medical Center and the study’s lead author, to speculate that something might be separating sections of the face from one another. To test this theory, he and his colleagues injected blue dye into the faces of 30 cadavers. Rather than disperse evenly, which is what you’d expect if the face were a single area, the dye only spread throughout a specific facial area, depending on where it was injected. In all, they found eight distinct compartments on each side of the face.

Human anatomy has been studied for over 500 years, says study coauthor Joel Pessa, an assistant professor and plastic surgeon at UT Southwestern.  œItâ’s pretty unusual to see something this new at the macroscopic, anatomical level.
This illustration shows how blue dye settled in two of the 16 distinct fat compartments in the face as documented by researchers.

The compartments themselves are created by membranes that carry blood vessels to the face. Ligaments, once thought to play a leading role, are really the posts along an intricate series of membrane fences, according to the research. Knowing where these membranes are located, and where they intersect, may aid in the design of more specific flaps—tears of skin that plastic surgeons move from one area of the body to another. This could improve facial reconstruction techniques for those who’ve been injured in accidents or combat.

As the face ages, not only do ligaments break down, empowering gravity, but each compartment gains or loses fat independently of its neighbors. While plastic surgeons have long understood that part of the aging equation involves facial fat loss (a process they refer to as deflation), they may have underestimated its role in shaping the appearance of older faces. “Some of what looks like sagging, is really just deflation in deeper compartments,” says Pessa. “Knowing this will allow us to approach facial rejuvenation in a much more precise and individualized way.”

Researchers are looking into whether the case is the same for the rest of the body. “It opens a whole new avenue of investigation,” says Stuzin. “Now we can look at fat storage in a very scientific manner.” Scientists already know that people who store fat in certain regions of the body face a greater risk for developing heart disease. But Rohrich and Pessa’s research shows that common terms like “intra-abdominal” may actually refer to several distinct compartments. And that may lead to better predictions of risk. “Rather than saying ‘you store fat in the abdomen,’ we’ll be able to say, ‘you store fat in the deep axillary fat compartment’.” says Pessa. “It will be a much more fine-tuned diagnosis—but that’s a few years down the road.”

Source:NEWSWEEK

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Herbs & Plants Herbs & Plants (Spices)

Vanilla

Botanical Name:Vanulla planifolia

Family: Orchidaceae

Subfamily: Vanilloideae

Tribe: Vanilleae
Subtribe: Vanillinae

Genus: Vanilla

Kingdom: Plantae

Order: Asparagales

Habitat :Central America, West Indies, Northern South America
Mostly Cultivated In:Madagascar, Comoros Islands, Reunion, French Polynesia, Tahiti, Indonesia, Malaysia, Mozambique, Seychelles, Uganda, Guatemala, Mexico.
Description:
For many people in countries where quality ice cream is readily available, vanilla is the most popular of the non-pungent spices. It has been regarded as one of the most expensive spices along with saffron, cardamon and green peppercorns. The cost of vanilla reflects its historic importance as a flavor used in the royal drinks of the Mayans and Aztecs that were based on chocolate. The Aztecs called vanilla tlilxochitl, and they used it with chile peppers to flavor their drink.

click to see the pictures…>..(1).……(2).……(3)......(4).…..(5)….

Vanilla is found in the seeds of the orchid vine, Vanilla planifolia (V. fragrans), which is native to Mexico. The Spaniards likened the bean pods to a little sheath or vaina, which is derived from the similar Latin word, vagina! Obtaining the flavor can be a several month long process, resulting from slowly fermenting the beans, which contain many small seeds; the ground-up bean is then used in similar fashion to coffee. People who enjoy the strong vanilla taste want to use freshly cured bean, while others accept the commercial extract. True vanilla in ice cream contains tiny dark flecks resulting from the presence of the seeds. However, the vanilla flavor, which is mainly due to vanillin, can be readily chemically synthesized from eugenol or guaiacol, or from lignin derived from tar, wood, or tonka beans. This product lacks the quality of the natural vanilla flavor that develops during the curing of the best beans when glucosides are converted to vanillic aldehyde, which is vanillin, since other aromatic chemicals are also produced.

Vanilla trees are grown in Mexico, Central America (Guatemala and especially Costa Rica), and in some Caribbean islands (especially Jamaica). However, it is difficult to grow since it is only pollinated by native bees and hummingbirds. It requires artificial fertilization outside its natural habitat, but it can be cultivated through the use of cuttings. Following its introduction to the French island of Reunion in the Indian Ocean, a method of hand pollination was introduced in 1841. Reunion is still an important site of vanilla production; the variety is called Bourbon vanilla, after the former name of the island. Madagascar is now the major producer of Bourbon vanilla.

When vanilla became popular in 17th century Europe, it was used for many indications, varying from stomach ulcers to sedation. As was the case with many spices, it was extolled as an aphrodisiac. Today, it may fulfill its latter function when used in high quality baked goods, confectionary and desserts, although most users regard it more prosaically as a delicious flavor that may help digestion. Vanilla is used to flavor tobacco and as a fragrance in the cosmetic industry. It is of interest that sensitive workers in the vanilla industry may develop vanillism, resulting in headaches and skin rashes.

Artificial vanilla (containing vanillin and ethylvanillin) is acceptable to most tastes, and therefore the export of true vanilla may continue to decline, since the culture and manufacture of the quality product is expensive and relatively non-competitive. Moreover, its value as an exotic medicine is no longer accepted. Thus the role of the vanilla bean has declined in significance, with over 95% of the world’s supply of vanilla flavor being synthetic.
Useful Parts:
The cured, dried fruits of the plant impart the flavor.
Medicinal Properties:
Vanillin is in the class of vanilloids, that includes – surprisingly – capsaicin (8-methy-N-vanillyl noneamide) from chile pepper and eugenol from cloves, cinnamon and other spices, and zingerone from ginger. The vanilloid receptors of the central and peripheral nervous systems bind with these compounds, resulting in different sensory effects. Thus, capsaicin can cause a burning sensation while eugenol results in mild anesthesia; vanillin itself is neutral.

Historical View :
“Vanilla is an aromatic stimulant, with a tendency towards the nervous system. It has also been regarded as an aphrodisiac. It has been employed as a remedy in hysteria, low fevers, impotency, etc. But its use as a medicine is obsolete in this country, although still sometimes employed on the Continent and elsewhere.”

You may click to see :Vanilla (Vanilla planifolia Andrews)

Source:Medicinal Spices

http://en.wikipedia.org/wiki/Vanilla_(genus)

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Allspice (Bengali name : Kabab chini)

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Botanical Name: Pimenta officinalis
Family: Myrtaceae
Genus: Pimenta
Species: P. dioica
Kingdom: Plantae
Order: Myrtales

Synonyms: Pimento. Jamaica Pepper.

Common Names  :Jamaica pepper, Pepper, Myrtle pepper, Pimenta, Pimento, English pepper or Newspice

Allspice takes its name from its aroma, which smells like a combination of spices, especially cinnamon, cloves, ginger and nutmeg. In much of the world, allspice is called pimento because the Spanish mistook the fruit for black pepper, which the Spanish called pimienta. This is especially confusing since the Spanish had already called chillies pimientos.

Various Different Names
English Spice, Jamaica Pepper, Clove Pepper, Myrtle Pepper, Pimenta, Pimento
French: pimenta, tout-épice
German: Jamikapfefer
Italian: pimento
Spanish: pimiento de Jamaica
Indian: kabab cheene, seetful  (Bengali name : Kabab chini)

 Habitat : Pimento officinalis or allspice is indigenous to the West Indian Islands and South America, and extensively grown in Jamaica, where it flourishes best on limestone hills near the sea. In this country, it only grows as a stove plant.

It is also cultivated in Central America and surrounding states, but more than half the supply of the spice found in commerce comes from Jamaica, where the tree is so abundant as to form in the mountainous districts whole forests, which require little attention beyond clearing out undergrowth

Description:
The allspice tree, classified as an evergreen shrub, reaches heights between 10 and 18 m (32 and 60 ft). Allspice can be a small, scrubby tree, quite similar to the bay laurel in size and form. It can also be a tall, canopy tree, sometimes grown to provide shade for coffee trees planted underneath it.The tree begins to fruit when three years old and is in full bearing after four years. The flowers appear in June, July and August and are quickly succeeded by the berries.

The special qualities of the fruit reside in the rind of the berries. It loses its aroma on ripening, owing to loss of volatile oil, and the berries are therefore collected as soon as they have attained their full size, in July and August, but while unripe and green.

Gathering is performed by breaking off the small twigs bearing the bunches; these are then spread out and exposed to the sun and air for some days, after which the stalks are removed and the berries are ready for packing into bags and casks for exportation.

The spice is sometimes dried in ovens (Kiln-dried Allspice), but the method by evaporation from sun-heat produces the best article, though it is tedious and somewhat hazardous, requiring about twelve days, during which the fruit must be carefully guarded against moisture, being housed at night and during rainy and damp weather.

The green colour of the fresh fruit changes on drying to reddish brown. If the fruit is allowed to ripen, it loses almost the whole of its aromatic properties, becoming fleshy sweet and of a purple-black colour. Such pimento, to render it more attractive, is then often artificially coloured with bole or brown ochre, a sophistication which may be detected by boiling for a few seconds with diluted hydrochloric acid, filtering and testing with potassium ferrocyanide; the liquid should assume at most a bluish-green colour.

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Edible Uses:
Allspice is one of the most important ingredients of Caribbean cuisine. It is used in Caribbean jerk seasoning (the wood is used to smoke jerk in Jamaica, although the spice is a good substitute), in moles, and in pickling; it is also an ingredient in commercial sausage preparations and curry powders. Allspice is also indispensable in Middle Eastern cuisine, particularly in the Levant, where it is used to flavour a variety of stews and meat dishes. In Palestinian cuisine, for example, many main dishes call for allspice as the sole spice added for flavouring. In the U.S., it is used mostly in desserts, but it is also responsible for giving Cincinnati-style chili its distinctive aroma and flavour. Allspice is commonly used in Great Britain, and appears in many dishes, including cakes. Even in many countries where allspice is not very popular in the household, as in Germany, it is used in large amounts by commercial sausage makers. It is a main flavour used in barbecue sauces. In the West Indies, an allspice liqueur called “pimento dram” is produced.

Allspice has also been used as a deodorant. Volatile oils found in the plant contain eugenol, a weak antimicrobial agent
Jerked meats like pork, chicken and kid reflect the Spanish/Jamaican background of Allspice. It is a particularly popular spice in European cooking, an important ingredient in many marinades, pickling and mulling spices. Many patés, terrines, smoked and canned meats include allspice. A few allspice berries are added to Scandinavian pickled herring, to Sauerkraut , pickles, soups, game dishes and English spiced beef. Traditionally, allspice has been used in cakes, fruit pies, puddings ice cream and pumpkin pie. Some Indian curries and pilaus contain allspice and in the Middle East it is used in meat and rice dishes. It is also used in liqueurs, notably Benedictine and Chartreuse.
Allspice can be used as a substitute, measure, for measure, for cinnamon, cloves or nutmeg. Conversely to make a substitution for allspice, combine one part nutmeg with two parts each of cinnamon and cloves.

Constituents:

The chief constituent of allspice is from 3 to 4.5 per cent of a volatile oil, contained in glands in the pericarp of the seeds and obtained by distillation from the fruit.

It occurs as a yellow or yellowish-red liquid, becoming gradually darker on keeping and having a pleasant aromatic odour, somewhat similar to that of oil of cloves, and a pungent, spicy taste. It has a slightly acid reaction. It is soluble in all proportions of alcohol. The specific gravity is 1.030 to 1.050. Its chief constituent is the phenol Eugenol, which is present to the extent of 60 to 75 per cent, and a sesquiterpene, the exact nature of which has not yet been ascertained. The specific gravity to some extent indicates the amount present; if lower than 1.030, it may be assumed that some eugenol has been removed, or that the oil has been adulterated with substitutes having a lower specific gravity than that of eugenol. The eugenol can be determined by shaking the oil with a solution of potassium hydroxide and measuring the residual oily layer. The United States Pharmacopoeia specifies that at least 65 per cent by volume of eugenol should be present. On shaking the oil with an equal volume of strong solution of ammonia, it should be converted into a semisolid mass of eugenol-ammonium.

The clove-like odour of the oil is doubtless due to the eugenol, but the characteristic odour is due to some other substance or substances as yet unknown. A certain amount of resin is also present, but the oil has not yet been fully investigated.

Bonastre obtained from the fruit, a volatile oil, a green fixed oil, a fatty substance in yellowish flakes, tannin, gum, resin, uncrystallizable sugar, colouring matter, malic and gallic acids, saline matter and lignin. The green fixed oil has a burning, aromatic taste of Pimento and is supposed to be the acrid principle. Upon this, together with the volatile oil, the medicinal properties of the berries depend, and as these two principles exist most in the shell, this part is the most efficient. According to Bonastre, the shell contains 1O per cent of the volatile and 8 per cent of the fixed oil; the seeds only 5 per cent of the former and 2.5 of the latter. Berzelius considered the green fixed oil of Bonastre to be a mixture of the volatile oil, resin, fixed oil and perhaps a little chlorophyll.

On incineration, the fruits yield from 2.5 to 5 per cent of ash.

They impart their flavour to water and all their virtues to alcohol. The infusion is of a brown colour and reddens litmus paper.

The leaves and bark abound in inflammable particles.

Medicinal Properties
Because of its eugenol content, allspice has attributes similar to clove. It is a digestive and carminative. The oil is classed as rubefacient, meaning that it irritates the skin and expands the blood vessels, increasing the flow of blood to make the skin feel warmer. The tannins in allspice provide a mild anesthetic that, with its warming effect, make it a popular home remedy for arthritis and sore muscles, used either as a poultice or in hot baths.


Medicinal Uses:
The chief use of Pimento is as a spice and condiment: the berries are added to curry powder and also to mulled wine. It is popular as a warming cordial, of a sweet odour and grateful aromatic taste.

The oil inaction resembles that of cloves, and is occasionally used in medicine and is also employed in perfuming soaps.

It was formerly official in both the British and United States Pharmacopoeias. Both Pimento Oil and Pimento Water were official in the British Pharmacopoeia of 1898, but Oil of Pimento was deleted from the British Pharmacopceia of 1914, though the Water still has a place in the British Pharmacopceia Codex.

Pimento has also been dropped from the United States Pharmacopoeia, but admitted to the National Formulary IV. Pimento is one of the ingredients in the Compound Tincture of Guaic of the National Formulary IV.

Pimento is an aromatic stimulant and carminative to the gastro-intestinal tract, resembling cloves in its action. It is employed chiefly as an addition to tonics and purgatives and as a flavouring agent.

The Essential Oil, as well as the Spirit and the distilled Water of Pimento are useful for flatulent indigestion and for hysterical paroxysms. Two or three drops of the oil on sugar are given to correct flatulence. The oil is also given on sugar and in pills to correct the griping tendencies of purgatives: it was formerly added to Syrup of Buckthorn to prevent griping.

 

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Disclaimer : The information presented herein is intended for educational purposes only. Individual results may vary, and before using any supplement, it is always advisable to consult with your own health care provider.

Resources:
http://www.botanical.com/botanical/mgmh/a/allsp025.html
http://en.wikipedia.org/wiki/Allspice
http://www.anniesremedy.com/herb_detail1.php

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