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Kokum

Botanical Name:Garcinia indica Linn.
Family: Clusiaceae
Subfamily: Clusioideae
Division: Magnoliophyta
Class: Magnoliopsida
Order: Malpighiales
Tribe: Garcinieae
Genus: Garcinia
Species: G. indica
Kingdom: Plantae

Plant Description and Cultivation
Kokum is a tropical evergreen tree, related to the mangosteens. A slender tree with sloping branches, it reaches heights of 15m (50 ft). The thin bark is lined and the leaves oblong. The dark purple fruit is round, about 4 cm (1 1/2 in) in diameter with 5 – 8 seeds. The fruits are picked when ripe, the rind is then removed and soaked in the juice of the pulp and then sun-dried. The kokum is difficult to cultivate, usually growing as solitary trees in a tropical forest environment.

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The tree is also ornamental, with a dense canopy of green leaves and red-tinged tender emerging leaves. It is indigenous to the Western Ghats region of India, along the western coast. It is found in forest lands, riversides, and wasteland, and also gets cultivated on a small scale. It does not require irrigation, spraying or fertilizers.

These plants prefer evergreen forests, but some also thrive in relatively low-rainfall areas. Kokum is known by various names across India –including Garcinia indica , Bindin, Biran, Bhirand, Bhinda, Katambi, Panarpuli, Ratamba or Amsol. In the English language, it is known by various names, such as mangosteen, wild mangosteen, or red mango.

The genus Garcinia belonging to the family Clusiaceae includes some 200 species found in the Old World tropics, specially Asia and Africa. Out of the 35 species found in India, 17 are endemic. Of these, seven are endemic to the Western Ghats region (lying along western coastal India), six in the Andaman and Nicobar Islands and four in the North-Eastern region of India.

Uses:

Kokum is a fruit tree, of culinary, pharmaceutical, and industrial uses.
Recently, industries have started extracting Hydroxy Citric Acid (HCA) from the rind of the fruit. HCA is claimed to have fat-reducing properties for the human body. Scientists in India suggests that since this fruit reduced fat, cools the body, purifies the blood and fights cholesterol. Wines and liquores made from it could attract the health-conscious.

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Medicinal Uses:Phthisis and skin diseases. External application of oil acclerates healing of ulcers & fissures of lips.

Spice Description
Kokum is dark purple to black, sticky and with curled edges. The fruit is often halved and dried, so that the dried seeds are visible in their chambers like a citrus fruit. It is usually available as a dried rind, resembling a thick plum skin. When added to food it imparts a pink to purple colour and sweet/sour taste.
Bouquet: a slightly sweet and sour aroma.
Flavour: a refreshing sour taste, slightly astringent

Culinary Uses

Called “kokum” or “bin’na” in parts of western India, the Garcinia indica seed contains 23-26% oil, which remains solid at room temperature and is used in the preparations of chocolates, medicines and cosmetics. It is used as a slightly bitter spice in recipes from Maharashtra(in India) and as a souring agent and substitute for tamarind in curries and other dishes from Coorg. It is also used in Konkani cuisine, in Gujarat, and some cuisines of South India.

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acsar (achar, achaar; indiai angolul: pickle) and Garcinia indica (Kokum) Seed Butter

Kokum butter is obtained from the Indian tree Garcinia indica. It is used in skin care products because of its ability to soften skin and heal ulcerations and fissures of lips, hands and soles of feet. Kokum butter helps reduce degeneration of the skin cells and restores elasticity. Use kokum butter is soaps, balms, belly balms, foot care products and other emollient skin treatments.

Kokum has the same souring qualities as tamarind, especially enhancing coconut-based curries or vegetable dishes like potatoes, okra or lentils. Kokum is especially used with fish curries, three or four skins being enough to season an average dish. It is also included in chutneys and pickles. The skins are not usually chopped but are added whole to the dish. Seasoning should be checked as they are quite salty. Beware of biting on a stone as a few are often left in the skins.

Chemical composition / key active constituents
The tree is valued for its dried rind which is rich in acids and possesses marked antiseptic properties.It contains tartaric acid reducing sugars and phosphoric acid (as calcium triphosphate). It Lmits the synthesis of fatty acids in the muscles and liver lipogenesis (production of fat) by inhibiting the enzyme ATP-citrate lyase.The fruits contain 30% acid (calculated as Citric acid) essen- tially (-)-hydroxy-citric acid. Camboginol & camboginare also identified. The resin possesses purgative properties.

Pharmacology
There are various products available for obesity and fat control they are generally stimulants which have side effect on central nervous system. HCA on the other hand, works via peripheral mechanism to promote weight loss and assist the body’s natural cycle in the liver and elsewhere, there by influencing the metabolism of calories. HCA works by:-

ATP citrate lyase converts, excess calories from food into Fat for storage. HCA binds to enzyme ATP-citrate lyase making it ineffective. If ATP citrate lyase is not present the fat production in body is stopped. No more extra fat storage in body & when body need energy the stored fat gets burned. The calories which are diverted from fat storage got to end some where so glycogen are product and this gets stored in skeletal muscles and the liver.
Appetite Suppressant: A reduction in appetite is never the most import part of fat loss, but certainly can make things easier. In numerous studies, HCA has been shown to reduce the appetite of animal consuming it. HCA’S control of appetite seems to be the result of all the stored glycogen, which is produced. That is when glycogen rises, glucoreceptors in the liver
are stimulated. As regulator, these glucoreceptors send signal to brain via the ragus nerve.Against a very natural way to alter physiology and promote weight loss.

Attributed Medicinal Properties
Called “kokum” or “bin’na” in parts of western India, the Garcinia indica seed contains 23-26% oil, which remains solid at room temperature and is used in the preparations of chocolates, medicines and cosmetics. It is used as a slightly bitter spice in recipes from Maharashtra and as a souring agent and substitute for tamarind in curries and other dishes from Coorg. It is also used in Konkani cuisine, in Gujarat, and some cuisines of South India
As mentioned in the introduction, kokum’s refrigerant properties are well known. It is useful as an infusion, or by direct application, in skin ailments such as rashes caused by allergies. Kokum butter is an emollient helpful in the treatment of burns, scalds and chaffed skin. The fruits are steeped in sugar syrup to make amrutkokum which is drunk to relieve sunstroke.

It decreases the rate of dietary carbohydrate conversion to fat and cholesterol
while increasing glycogen production.
It suppresses appetite thus reducing food consumption
It also potentially increases caloric burning there by elevating the body’s
production of heat. It is nature’s answer to weight loss.

Recomended Dosage
Generally, everybody can use HCA in the amount of 1000 mg./3 times a day and about 1 hour before meal.

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.

Resource:
http://en.wikipedia.org/wiki/Kokum
http://www.kedia.com/herbal/kokum.html
http://www.theepicentre.com/Spices/kokum.html
http://apmab.ap.nic.in/products.php?&start=0#

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Herbs & Plants (Spices)

Thyme

frost and thyme

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Botanical Name: Thymus Vulgaris
Family: Lamiaceae
Subfamily:Nepetoideae
Kingdom:Plantae
Order: Lamiales
Tribe: Mentheae
Genus: Thymus

Synonyms:
*Cephalotos Adans.
*Mastichina Mill.
*Serpyllum Mill.

Common Name: Thyme

Thyme (Thymus) (pronounced “time”) is a genus of about 350 species of aromatic perennial herbaceous plants and sub-shrubs to 40 cm tall, in the family Lamiaceae and native to Europe, North Africa and Asia. A number of species have different chemotypes. The stems tend to be narrow or even wiry; the leaves are evergreen in most species, arranged in opposite pairs, oval, entire, and small, 4-20 mm long. The flowers are in dense terminal heads, with an uneven calyx, with the upper lip three-lobed, and the lower cleft; the corolla is tubular, 4-10 mm long, and white, pink or purple…..click & see the pictures

Thymus species are used as food plants by the larvae of some Lepidoptera insect species including Chionodes distinctella and the Coleophora case-bearers C. lixella, C. niveicostella, C. serpylletorum and C. struella (the latter three feed exclusively on Thymus).

Important species:
Thymus vulgaris (Common Thyme or Garden Thyme) is a commonly used culinary herb. It is a Mediterranean perennial which is best suited to well-drained soils and enjoys full sun.

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Thymus herba-barona (Caraway Thyme) is used both as a culinary herb and a groundcover, and has a strong caraway scent.

Thymus — citriodorus (Citrus Thyme; hybrid T. pulegioides — T. vulgaris) is also a popular culinary herb, with cultivars selected with flavours of various Citrus fruit (lemon thyme, etc.)

Thymus pseudolanuginosus (Woolly Thyme) is not a culinary herb, but is grown as a ground cover.

Thymus serpyllum (Wild Thyme) is an important nectar source plant for honeybees. All thyme species are nectar sources, but wild thyme covers large areas of droughty, rocky soils in southern Europe (Greece is especially famous for wild thyme honey) and North Africa, as well as in similar landscapes in the Berkshire Mountains and Catskill Mountains of the northeastern US.

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Constituents:—

Oil of Thyme is the important commercial product obtained by distillation of the fresh leaves and flowering tops of T. vulgaris. Its chief constituents are from 20 to 25 per cent of the phenols Thymol and Carvacrol, rising in rare cases to 42 per cent. The phenols are the principal constituents of Thyme oil, Thymol being the most valuable for medicinal purposes, but Carvacrol, an isomeric phenol, preponderate in some oils. Cymene and Pinene are present in the oil, as well as a little Menthone. Borneol and Linalol have been detected in the high boiling fractions of the oil and a crystalline body, probably identical with a similar body found in Juniper-berry oil.

Cultivation and uses:
Thyme is widely cultivated as a herb, grown for its strong flavour, which is due to its content of thymol (Huxley 1992). It retains its flavour on drying better than many other herbs.
You can start thyme from seeds to get a wider selection of varieties. Most nurseries carry transplants in spring and summer. It prefers a sandy, dry soil and plenty of sun. If your soil is acidic, add some lime. If you live in a very cold climate, protect the plants in winter by mulching heavily. Once established, the only care will be regular pruning of the plants and removal of dead flowers and pruning to remove old wood.

Sow about the middle of March or early April, in dry, mild weather, moderately thin, in shallow drills about 1/2 inch deep, and 8 or 9 inches apart, in good, light soil, in a warm position. Cover in evenly with the soil. Some of the plants may remain where planted, after a thinning for early use, others plant out in the summer. Thyme thrives best with lots of room to spread in. It is well to make new beds annually. Selfsown plants will answer for this where found.

Leaves can be harvested for fresh use throughout the summer, but the flavor is best just before flowering. To dry, cut the stems just as the flowers start to open and hang in small bunches. Harvest sparingly the first year.

In traditional Jamaican childbirth practice, thyme tea is given to the mother after delivery of the baby. Its oxytocin-like effect causes uterine contractions and more rapid delivery of the placenta but this was said by Sheila Kitzinger to cause an increased prevalence of retained placenta.

Thyme in the Kitchen
Thyme is a basic ingredient in French and Italian cuisines, and in those derived from them. It is also widely used in Caribbean cuisine.Thyme is a basic spice that has a place in most every kitchen.

Satureja thymbra, which is used in Spain as a spice and is closely allied to the Savouries grown in the English kitchen garden, yields an oil containing about 19 per cent of Thymol. Other species of Satureja contain Carvacrol.

Culinary Uses
Thyme is principally in request for culinary requirements, for its use in flavouring stuffings, sauces, pickles, stews, soups, jugged hare, etc. The Spaniards infuse it in the pickle with which they preserve their olives.

Thyme has a strong piquant or lemony flavor. For fresh use, the flavor is best just before flowering.Thymol is also a preservative of meat.
Enhance the flavor of meat, fish and poultry dishes with thyme.
For chicken and fish marinades, bruise fresh sprigs of thyme and tarragon, and combine with red-wine vinegar and olive oil.
Use in herb butters and cottage cheese.

Medicinal & Other Uses:
It is safe to use thyme as a seasoning during pregnancy, but strong medicinal doses should be avoided if there is any possibility that you are pregnant.

It is —Antiseptic, antispasmodic, tonic and carminative.

The pounded herb, if given fresh, from 1 to 6 OZ. daily, mixed with syrup, has been employed with success as a safe cure for whooping cough. An infusion made from 1 OZ. of the dried herb to 1 pint of boiling water, sweetened with sugar or honey, is also used for the same purpose, as well as in cases of catarrh and sore throat, given in doses of 1 or more tablespoonsful, several times daily. The wild plant may be equally well used for this.

Thyme tea will arrest gastric fermentation. It is useful in cases of wind spasms and colic, and will assist in promoting perspiration at the commencement of a cold, and in fever and febrile complaints generally.

In herbal medicine, Thyme is generally used in combination with other remedies.

Fluid extract, 1/2 to 1 drachm. Oil, 1 to 10 drops.

According to Culpepper, Thyme is:’a noble strengthener of the lungs, as notable a one as grows, nor is there a better remedy growing for hooping cough. It purgeth the body of phlegm and is an excellent remedy for shortness of breath. It is so harmless you need not fear the use of it. An ointment made of it takes away hot swellings and warts, helps the sciatica and dullness of sight and takes away any pains and hardness of the spleen: it is excellent for those that are troubled with the gout and the herb taken anyway inwardly is of great comfort to the stomach.’
Gerard says it will ‘cure sciatica and pains in the head,’ and is healing in leprosy and the falling sickness.
Oil of Thyme is employed as a rubefacient and counter-irritant in rheumatism, etc.

Thyme enters into the formula for Herb Tobacco, and employed in this form is good for digestion, headache and drowsiness.

In Perfumery, Essence of Thyme is used for cosmetics and rice powder. It is also used for embalming corpses.

The dried flowers have been often used in the same way as lavender, to preserve linen from insects.

All the different species of Thyme and Marjoram yield fragrant oils extensively used by manufacturing perfumers for scenting soaps. When dried and ground, they enter into the composition of sachet powders.

THYMOL, a most valuable crystalline phenol, is the basis of the fragrant volatile Essence of Sweet Thyme, and is obtainable from Carum copticum, Monarda punctata and various other plants, as well as from T. vulgaris, being present to the extent of from 20 to 60 per cent in the oils which yield it. Ajowan oil, its principal commercial source (from the seeds of C. copticum) contains from 40 to 55 per cent of Thymol; the oil of T. vulgaris contains from 20 to 30 per cent as a rule of Thymol and Carvacrol in varying proportions, while the oil of M. punctata contains 61 per cent of Thymol.

The extraction of Thymol is effected by treating the oil with a warm solution of sodium hydroxide: this alkali dissolves the Thymol, and on dilution with hot water the undissolved oil (terpenes, etc.) rises to the surface. The alkaline thymol compound is decomposed by treatment with hydrochloric acid and subsequent crystallization of the oily layer into large, oblique, prismatic crystals. Thymol (methyl-propyl-phenol) has been prepared synthetically.

When treated with caustic potash and iodine, it yields iodo-thymol, commonly known as ‘Aristol.’

Camphor of Thyme was noticed first by Neumann, apothecary to the Court at Berlin in 1725. It was called Thymol and carefully examined in 1853 by Lallemand and recommended instead of Phenol (carbolic acid) in 1868 by Bouilhon, apothecary, and Paquet, M.D., of Lille.

Thymol is a powerful antiseptic for both internal and external use; it is also employed as a deodorant and local anaesthetic. It is extensively used to medicate gauze and wool for surgical dressings. It resembles carbolic acid in its action, but is less irritant to wounds, while its germicidal action is greater. It is therefore preferable as a dressing and during recent years has been one of the most extensively used antiseptics.

In respect of its physiological action, Thymol appears to stand between carbolic acid and oil of turpentine. Its action as a disinfectant is more permanent and at the same time more powerful than that of carbolic acid. It is less irritating to the skin, does not act as a caustic like carbolic acid, and is a less powerful poison to mammals. In the higher animals it acts as a local irritant and anaesthetic to the skin and mucous membrane. It is used as an antiseptic lotion and mouth wash; as a paint in ringworm, in eczema, psoriasis, broken chilblains, parasitic skin affections and burns; as an ointment, halfstrength, perfumed with lavender, to keep off gnats and mosquitoes. Thymol in oily solution is applied to the respiratory passages by means of a spray in nasal catarrh, and a spirituous solution may be inhaled for laryngitis, bronchial affections and whooping cough. It is most useful against septic sore throat, especially during scarlet-fever. Internally, it is given in large doses, to robust adults, in capsules, as a vermifuge, to expel parasites, especially the miner’s worm, and it has also been used in diabetes and vesical catarrh.

Thymol finds no place in perfumery, but the residual oil after extracting the crystalline Thymol from Ajowan oil, which amounts to about 50 per cent of the original oil, is generally sold as a cheap perfume for soap-making and similar purposes, under the name of ‘Thymene.’

Till the outbreak of war, Thymol was manufactured almost exclusively in Germany. One of the chief commercial sources of Thymol, Ajowan seed (C. copticum), is an annual umbelliferous plant, a kind of caraway, which is abundant in India, where it is widely cultivated for the medicinal properties of its seeds. Almost the whole of the exports of Ajowan seed from India, Egypt, Persia and Afghanistan went to Germany for the distillation of the oil and extraction of Thymol, the annual export of the seed from India being about 1,200 tons, from which the amount of Thymoi obtainable was estimated at 20 tons. On the outbreak of war the export of Ajowan seed dropped to 2 tons per month, and there was a universal shortage of Thymol, just when it was urgently needed for the wounded.

As a result of investigations by the Imperial Institute, Thymol is now being made by several firms in this country, and the product is equal in quality and appearance to that previously imported from Germany. In India, also, good samples were obtained as a result of experiments conducted in Government laboratories in the early months of the War, and by the close of 1915 companies were already established at Dehra and Calcutta for its manufacture on a large scale. In the two years ending June, 1919, as much as 10,500 lb. of Thymol were exported from Calcutta.

Several other plants can be utilized as sources of Thymol, although none yield such high percentages as Ajowan seed. The following new sources of Thymol were suggested when the scarcity of the valuable antiseptic made itself so severely felt on curtailment of Continental supplies: Garden Thyme and Wild Thyme (T. vulgaris and serpyllum), American Horse Mint (M. punctata), Cunila mariana, Mosla japonica, Origanum hirtum, Ocimim viride and Satureja thymbra.

The oil of Thyme obtained by distilling the fresh-flowering herb of T. vulgaris is already an article of commerce, and contains varying amounts of Thymol, but the actual amount present is not very high, varying, as already stated, from 20 to 25 per cent, only in very rare cases amounting to more; and the methods of separation in order to obtain a pure compound are necessarily more complicated than in the manufacture from Ajowan oil.

The American Horsemint (M. punctata), native to the United States and Canada, seems likely to prove a more valuable source of Thymol than T. vulgaris. It yields from 1 to 3 per cent of a volatile oil, which contains a large proportion of Thymol, up to 61 per cent having been obtained; Carvacrol also appears to be a constituent. The oil has a specific gravity of 0.930 to 0.940, and on prolonged standing deposits crystals of Thymol.

Another species also found in America (M. didyma) (called also ‘Oswego tea’ from the use sometimes made of its leaves in America) is said to yield an oil of similar composition, though not to the same degree, and so far M. punctata is considered the only plant indigenous to North America which can be looked upon as a fruitful source of Thymol, though from C. mariana, also found in North America, an oil is derived – Oil of Dittany – which is stated to contain about 40 per cent of phenols, probably Thymol.

Thymol is also contained in the oil distilled from the dry herb of Mosla japonica, indigenous to Japan. It is stated to yield about 2.13 per cent of oil, containing about 44 per cent of Thymol.

A new source of Thymol is also Ocimum viride, the ‘Mosquito Plant’ of West Africa and the West Indies, which yield 0.35 to 1.2 of oil from which 32 to 65 per cent of Thymol can be extracted. This plant occurs wild on all soils in every part of Sierra Leone, and is also grown in the Seychelles. In Sierra Leone it bears the name of ‘Fever-plant’ on account of its febrifugal qualities; a decoction is made from the leaves.

The Origanum oils shipped from Trieste and Smyrna generally contain only Carvacrol, the only species yielding Thymol exclusively and to a considerable degree being Origanum hirtum, which may be regarded as a promising source of Thymol.

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.

Source:www.botanical.com and en.wikipedia.org

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Caraway

Botanical Name: Carum carvi
Family:    Umbelliferae
Genus:    Carum
Species:C. carvi
Kingdom:Plantae
Order:Apiales

Common Names:Caraway,Meridian fennel, Persian cumin

Other Names:
carvies (Scottish), wild cumin, Roman cumin, Persian caraway

Habitat :Caraway is native to western Asia, Europe and Northern Africa.The plant prefers warm, sunny locations and well-drained soil.

Description:
Caraway or Persian cumin (Carum carvi) is a biennial plant in the family Apiaceae, native to Europe and western Asia and Northern Africa, the Mediterranean and much of Europe. It falls into both categories of herb and spice, as it is the seeds that are used primarily, but if you grow it yourself , the leaves and the root are also edible. Caraway has been found in food dating back to 3000 BC making it one of the oldest cultivated spices. The Ancient Egyptians buried their dead with caraway to ward off evil spirits. It was also used as a food and a medicine in Ancient Greece and Rome. A Greek physician, Dioscorides prescribed oil of caraway to young ladies to rub into their skin and restore a healthy glow. Julius Caesar’s army ate a bread made of caraway root (chara). During the middle ages the use of caraway spread up from the Arabian pensinsula and into Northern Europe. Old herbal legends describe caraway’s power to keep things from getting lost or stolen. It was used in an ancient love potion, and it was also believed that if you tucked some into your possesions they would be protected from theft. As well it is known to be attractive to fowl and is used to keep chickens and pigeons from straying

The plant is similar in appearance to other members of the carrot family, with finely divided, feathery leaves with thread-like divisions, growing on 20–30 cm stems. The main flower stem is 40–60 cm tall, with small white or pink flowers in umbels. Caraway fruits (erroneously called seeds) are crescent-shaped achenes, around 2 mm long, with five pale ridges.

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Cultivation and uses:

Caraway is a biennial that takes two years for full life cycle, after it produces seeds it dies off. It can reach a height of 30-80cm with foliage that is frilly like the foliage of carrots. It has a thick root, similar to a parsnip and hollow fluted stems. The clusters of small flowers can be white, yellow or green. It is an easily grown plant that prefers a well drained soil and a sunny spot. After it flowers, the seed produced are brownish in colour, are ribbed and slightly cresent shaped. It resembles cumin and the two are often confused in Asia. It is commercially cultivated all over Europe as well as in Turkey, India and North African. Dutch caraway is considered to be of high quality and Holland is one of the largest producers.

The fruits, usually used whole, have a pungent, anise-like flavor and aroma that come from essential oils, mostly carvone and limonene. They are used as a spice in breads especially rye bread. Caraway is also used in liquors, casseroles, and other foods, especially in Central European and Scandinavian cuisine, for instance sauerkraut. It is also used to add flavor to cheeses such as havarti.

The roots may be cooked as a root vegetable like parsnips or carrots.

In one of the short stories in Dubliners by James Joyce, a character eats caraway seeds to mask the alcohol on his breath.
Culinary Uses
Caraway seeds can hold their flavour for months stored in airtight containers and kept away from light. It is suggested to add seeds after a dish is cooked, as a long simmer may turn the flavour bitter. It has a sweet warm aroma with a flavour similar to aniseed and fennel. It figures prominently in the cuisines of Germany, Austria, eastern Europe and Scandinavia. It seems to have a special affinity for apples, pork and sausages.The spice seems to counter act the fattiness of pork, duck and goose. It is an essential taste in sauerbraten, sauerkraut and rye bread. Smoked and skimmed milk cheeses from Austria, Germany, Hungary Holland and Scandinavia contain whole seed. There are medieval recipes for caraway flavoured cheese that are still in use today. (Dutch cheese). There are many liquers are flavoured with caraway (Kummel, Akuavit gins and Schnapps). It can also be used in cakes cookies, soups, omelets, rice and pasta dishes, cheese spreads and vegetable dishes. In Elizabethan times it was used to flavour bread, cakes and fruit, particularly apples. It was popular with english tea in a seedcake, similar to a pound cake served warm with butter. Caraway seeds were customarily chewed to freshen breath. The essential oil extracted from caraway is used to flavour liquers, mouthwashes, toothpastes and chewing gums

Medicinal Properties and Uses
The primary medical benefit of caraway is its effect on digestion. It is a carminative which means it helps with gas and digestion. It is helpful to chew caraway seeds after a heavy meal. It has been used for colic as it is a light sedative and it can be used to settle a queasy stomach (antispasmodic).Akvavit and several liqueurs are also made with caraway, and a tisane made from the seeds is good for colic, loss of appetite, digestive disorders and to dispel worms. Caraway seed oil is also used as a fragrance component in soaps, lotions, and perfumes.

Caraway water is well known for its carminative effect, particularly for babies.  This property of the seeds has been known and used from ancient times until today.  Caraway is also used as a flavoring for children’s medicines.  It is a good digestive and stomachic.  Other properties it is believed to have are: antispasmodic, aphrodisiac, appetitive, emmenagogic, expectorant and galactagogic (stimulates the secretion of bile).   It was used in cases of dyspepsia, diarrhoea and even hysteria.   Dioscorides is quoted as recommending pallid girls to take a tonic of caraway oil.  Modern researchers have discovered that two chemicals (carvol and carvene) in caraway seeds soothe the smooth muscle tissue of the digestive tract and help expel gas.  Antispasmodic, which appear to be present in caraway, soothe not only the digestive tract but other smooth muscles, such as the uterus, as well.  Thus, caraway might relax the uterus, not stimulate it.  Women may try it for relief of menstrual cramps.  For a pleasant-tasting infusion that might help aid digestion, relieve gas or menstrual cramping, use 2-3 teaspoons of bruised or crushed seeds per cup of boiling water. Steep 10-20 minutes.  Drink up to 3 cups a day.  If you prefer a tincture, take -1 teaspoon up to three times a day.  Low-strength caraway infusions may be given to infants for colic and gas.
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.

Help taken from:www.theepicentre.com and en.wikipedia.org

http://www.herbnet.com/Herb%20Uses_C.htm

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Mace or Indian Javatri

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Other Names:
French: macis
German: Muskatlute
Italian: mace, macis
Spanish: macía
Indian: jaffatry, javatri, jawatrie

Mace is the aril (the bright red, lacy covering) of the nutmeg seed shell. The mace is removed from the shell and its broken parts are known as blades.

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The history of mace is closely tied to the history of nutmeg for obvious reasons, though the two items have been treated seperately . Because the yield of mace is much less than nutmeg’s it has had greater value. A pile of fruit large enough to make one hundred pounds of nutmeg produces a single pound of mace. When the Dutch controlled the Moluccas (the Spice Islands), one colonial administator sent orders that the colonists should plant fewer nutmeg trees and more mace trees.

Spice Description:
In its natural state, mace is a bright crimson lace up to 35 mm (1-1/2 in) long, encasing the brown nutmeg in irregular, fleshy lobes. As it is dried, it develops its charcteristic aroma but loses its bright red colour. Mace from the West Indies is a yellowish brown colour and with fewer holes than mace from East Indian nutmegs which are more orange when dried. The mace from either locale can become brittle and horny, though the best quality mace will retain some pliability and release a little oil when squeezed. It is flattened and sometimes roughly broken into ‘blades’. It is also sold ground and sometimes still enclosing the nutmeg.
Bouquet: sweet and fragrant, similar to nutmeg, but stronger.
Flavour: warm. sharp and aromatic, more intense and slightly sweeter than nutmeg
Hotness Scale: 1

The nutmegs Myristica are a genus of evergreen trees indigenous to tropical southeast Asia and Australasia. They are important for two spices derived from the fruit, nutmeg and mace.

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Mace within nutmeg fruitNutmeg is the actual seed of the tree, roughly egg-shaped and about 20–30 mm long and 15–18 mm wide, and weighing between 5 and 10 grams dried, while mace is the dried “lacy” reddish covering or arillus of the seed.

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Several other commercial products are also produced from the trees, including essential oils, extracted oleoresins, and nutmeg butter (see below).

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The pericarp (fruit/pod) is used in Grenada to make a jam called Morne Delice. In Indonesia, the fruit is sliced finely, cooked and crystallised to make a fragrant candy called manisan pala (“nutmeg sweets”).

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The most important species commercially is the Common or Fragrant Nutmeg Myristica fragrans, native to the Banda Islands of Indonesia; it is also grown in the Caribbean, especially in Grenada. Other species include Papuan Nutmeg M. argentea from New Guinea, and Bombay Nutmeg M. malabarica from India; both are used as adulterants of M. fragrans products.

Culinary Uses
Mace and nutmeg are very similar, though mace is somewhat more powerful. Mace is a lighter colour and can be used in light-coloured dishes where the darker flecks of nutmeg would be undesirable. A small amount will enchance many recipes, adding fragrance without imposing too much flavour. Mace works especially well with milk dishes like custards and cream sauces. It contributes to flavouring light-coloured cakes and pastries, especially donuts. It can enhance clear and creamed soups and casseroles, chicken pies and sauces. Adding some to mashed potatoes or sweet potatoes creates a more interesting side dish. Some beverages improve with a little mace, especially chocolate drinks and tropical punches.

In Indian cuisine, nutmeg is used almost exclusively in sweets. It is known as jaiphal in most parts of India. It is also used in small quantities in garam masala.

In other European cuisine, nutmeg and mace are used especially in potato dishes and in processed meat products; they are also used in soups, sauces and baked goods.

Japanese varieties of curry powder include nutmeg as an ingredient.

Nutmeg is a traditional ingredient in mulled cider, mulled wine, and eggnog.

Other uses:

Essential oils:

The essential oil is obtained by the steam distillation of ground nutmeg and is used heavily in the perfumery and pharmaceutical industries. The oil is colourless or light yellow and smells and tastes of nutmeg. It contains numerous components of interest to the oleochemical industry, and is used as a natural food flavouring in baked goods, syrups (e.g. Coca Cola), beverages, sweets etc. It replaces ground nutmeg as it leaves no particles in the food. The essential oil is also used in the cosmetic and pharmaceutical industries for instance in tooth paste and as major ingredient in some cough syrups. In traditional medicine nutmeg and nutmeg oil were used for illnesses related to the nervous and digestive systems. Myristicin and elemicin are believed to be the chemical constituents responsible for the subtle hallucinogenic properties of nutmeg oil. Other known chemical ingredients of the oil are α-pinene, sabinene, γ-terpinene and safrole.

Nutmeg butter
Nutmeg butter is obtained from the nut by expression. It is semi solid and reddish brown in colour and tastes and smells of nutmeg. Approximately 75% (by weight) of nutmeg butter is trimyristin which can be turned into myristic acid, a 14-carbon fatty acid which can be used as replacement for cocoa butter, can be mixed with other fats like cottonseed oil or palm oil, and has applications as an industrial lubricant.

Medical Use
Externally, the oil is used for rheumatic pain and, like clove oil, can be applied as an emergency treatment to dull toothache. Put 1–2 drops on a cotton swab, and apply to the gums around an aching tooth until dental treatment can be obtained. In France, it is given in drop doses in honey for digestive upsets and used for bad breath. Use 3–5 drops on a sugar lump or in a teaspoon of honey for nausea, gastroenteritis, chronic diarrhea, and indigestion.

Alternatively a massage oil can be created by diluting 10 drops in 10 ml almond oil. This can be used for muscular pains associated with rheumatism or overexertion. It can also be combined with thyme or rosemary essential oils. To prepare for childbirth, massaging the abdomen daily in the three weeks before the baby is due with a mixture of 5 drops nutmeg oil and no more than 5 drops sage oil in 25 ml almond oil has been suggested.

History of nutmeg as a medicinal agent:
In Arabian medicine:

Arab physicians seem to have used nutmeg as a drug from the first centuries A.D., although just how they used it is not known. Warburg wrote that Myristica was recommended for a variety of disorders in this early period but was taken mainly for diseases of “the digestive organs, from the mouth to the stomach to the intestines, to the liver and spleen, as well as for freckles and skin blotches “.

Later Arab physicians referred nutmeg to the class of “warm and dry drugs” and elaborated on its applications. By the 11th century, for instance, the spice was praised for its effect on the kidneys, was used to combat pain, vomiting, and lymphatic ailments, and was even considered aphrodisiac . According to Ainslie , Vol. I, though, the Arabs were using nutmeg almost solely as a hepatic and tonic by the 19th century. Oddly enough, physicians of the Near East took little notice of mace until the early 1800s when they began to prescribe it as an aphrodisiac and carminative .

At the present time, nutmeg is still important in this part of the world. A pharmacologist at the Hebrew University of Jerusalem writes :

“The nutmeg is used by Arabs of Israel and people of its oriental Jewish communities, especially Yemenites, as a drug of their folk medicine, as well as a spice and as an important ingredient in love-potions. It is used against vomiting and to regulate the movements of the bowels; it is good for the liver and for the spleen. It is used in the treatment of tuberculosis, against colds, fever, and, in general, respiratory ailments. It is said to be an antihelminthic and is used for that purpose. It is used against skin diseases like eczema and scabies. It is said to be effective for removing blotches from the face. To increase potentia virilis it is pounded well and added to various foods.”

In Indian medicine
Frequent references in the Vedas to nutmeg indicate that the ancient Hindus knew of the spice from early times. They described it as warmth-producing, stimulating, and good for digestion and also used it in their medicinal preparations. Martius [9] said that Hindu physicians prescribed it for headache, nerve fevers, cold fevers, foul breath, and intestinal weakness.

In his Materia Indica of 1826, Ainslie wrote that nutmeg “is considered by the natives of India as one of their most valuable medicines ….” Dymock, in 1883, noted that the Moslems of western India used nutmeg as an aphrodisiac. Burkill, in 1935, stressed nutmeg’s importance in Indian tonics for dysentery. According to an adviser in the Indian Ministry of Health, nutmeg is still used medicinally in India :

“It is prescribed as an analgesic in neuritic pains, as a sedative in highly tense nervous states, and as a sedative and anti-spasmodic in asthma. In view of its reaction resembling opium, it is used to give relief in the cough and hemoptysis of tuberculosis. In traditional Indian folk and domestic medicine, nutmeg is used in small quantities to induce hypnotic effect in irritable children. It is also administered as an hypnotic and sedative in epileptic convulsions.”

In Western medicine
Medieval European physicians followed exactly the precepts of Arabian medicine. Consequently, they called nutmeg a warm, dry drug and recommended it for all the maladies listed earlier. Warburg wrote :

“The importance of nutmeg as a medicine grew hand in hand with the increase in Indian trade during the middle ages; its use spread from the Arabian Empire over Greece and Italy and soon reached central Europe. Nutmeg gradually became a genuine folk remedy, although it was most important as a major ingredient in medicines prepared according to guild rules.”

During the 16th and 17th centuries, Western physicians compiled the writings of earlier authorities on nutmeg. This was the great period of the herbalists, and nearly every herbal contained a summary of nutmeg’s virtues .

Doctors continued for some time to prescribe Myristica for intestinal illnesses, but by 1800 they realized that any of its effects were the same as those of other aromatics. Then, as modern pharmacy developed, older remedies, nutmeg among them, were relegated to positions of lower and lower priority. In summarizing the medicinal uses of the spice in 1897, Warburg wrote :

“Today the employment of nutmeg and mace in medicine is relatively minor. Nutmeg is now used as a stomachic, stimulant, and carminative, especially in

cases of dyspepsia, intestinal catarrh and colic, and as an appetite stimulant, as well as for its ability to control flatulence….”

There is an important omission in the above catalogue of nutmeg uses: sometime later in its history-perhaps as late as the 19th century––nutmeg became known as an emmenagogue and abortifacient. This use has persisted among women into the present century; in fact, Green in 1959 reported the case of 28-year-old Virginia woman who ate “18.3 g of finely ground nutmeg in an attempt to induce the menses, which had been delayed two days”. Some of the older uses of the drug may also be alive in contemporary European and American folk beliefs: McCord [15] , for example, cited a 1962 incident in which a 41-year-old South Carolina man, on the advice of a friend, took two whole nutmegs to relieve a skin infection.

Myristica remained official in the United States Pharmacopeia through U. S. P. XIII (1947). Myristica oil was kept on for several more editions, principally as a flavouring agent, but was finally dropped from U. S. P. XVII (1965).

The relevance of medicinal uses of nutmeg to the present discussion of nutmeg as a narcotic is that the toxic properties of Myristica must first have been noticed when patients accidentally took overdoses.

Pharmacology of nutmeg:
Early studies
The first pharmacological experiments on nutmeg were performed by van Leeuwenhoek, the Dutch microscopist, around 1676.

As late as 1900, little was known about the action of Myristica, largely because researchers could not agree on which component of the seed contained the active principle.

Reviewing the findings of earlier workers, Shulgin in 1963 [22] wrote that the myristicin fraction of nutmeg oil “is strongly suspect of representing the effective toxic factor for cats …. “but that it appears “ineffective in duplicating the psychological effects of total nutmeg in man “. He then speculated on possible pharmacological activity of other components of the oil:

“The minor aromatic ethers, eugenol and safrol, have been suggested as possible active components. This seems unlikely, as the amounts ingested from a 5 g nutmeg (0.001 g and 0.003 g respectively) are much below the usual therapeutic levels of these substances (3.0 ml and 0.5 ml respectively). The only component, aside from the myristicin fraction, of the volatile oil from nutmeg that deserves serious consideration as an active agent is the pinenedipentene fraction. Many descriptions of the toxic syndromes of representative terpene medicines parallel the common toxic manifestations of nutmeg (i.e., nausea, cyanosis, stupor, cold extremities, often delirium). [However] actual toxic dosages of oils that are of make-up similar to the hydrocarbon fraction of nutmeg (such as oil of turpentine) are as a rule 20 to 60 times higher than that which would be encountered in nutmeg intoxication.”

Shulgin’s conclusion is the best summary of our present knowledge of Myristica; “As yet, no known pharmacology of any known component of oil of nutmeg can explain the syndrome of the whole nutmeg.”

Risks and toxicity:
In low doses, nutmeg produces no noticeable physiological or neurological response. Large doses of 30 g or more are dangerous, potentially inducing convulsions, palpitations, nausea, eventual dehydration, and generalized body pain. In amounts of 5–20 g it is a mild to medium hallucinogen, producing visual distortions and a mild euphoria. It is a common misconception that nutmeg contains monoamine oxidase inhibitors (MAOIs). This is untrue; nutmeg should not be taken in combination with MAOIs but it does not contain them . A test was carried out on the substance which showed that, when ingested in large amounts, nutmeg takes on a similar chemical make-up to MDMA (ecstasy). However, use of nutmeg as a recreational drug is unpopular due to its unpleasant taste and its side effects, including dizziness, flushes, dry mouth, accelerated heartbeat, temporary constipation, difficulty in urination, nausea, and panic. A user will not experience a peak until approximately six hours after ingestion, and effects can linger for up to three days afterwards.

A risk in any large-quantity (over 25 g) ingestion of nutmeg is the onset of ‘nutmeg poisoning’, an acute psychiatric disorder marked by thought disorder, a sense of impending death, and agitation. Some cases have resulted in hospitalization.

The use of nutmeg as a psychotropic agent:
Since all aromatic spices contain volatile compounds that affect the central nervous system, these alleged properties of familar substances are plausible. It is interesting that the narcotics-user believes different spices capable of providing different experiences- nutmeg can be “horrible” or ginger “dangerously potent “. Pharmacologists agree that psychological expectations largely determine the form of a narcotic intoxication. Consequently, a person expecting horrible effects from nutmeg may well experience them. This may explain why women poisoned accidentally by nutmeg merely become stuporous, while prisoners have predominantly pleasant times under Myristica; prisoners take the spice to escape reality, and they expect it to be much like Cannabis.

A growing problem in the United States is the use of hallucinogenic drugs like LSD and marihuana by young persons, especially students in secondary schools and universities . There is some evidence that these people also try self-experiments with nutmeg.

Callaway maintains that jazz musicians “have known about nutmeg for some time but will not discuss it except with friends “. Most bohemians, addicts and students who try the spice probably are equally secretive.

Experimentation with nutmeg may be widespread on American university campuses. In the summer 1964 issue of a University of Mississippi student magazine, an article titled “Nutmeg Jag” described a nutmeg party attended by eight persons.

Like prisoners, students who use marihuana may often turn to nutmeg when cut off from supplies of Cannabis. But it would seem that marihuana is obtainable with minimum difficulty around most US universities today, and there is no doubt students (like prisoners) prefer Cannabis to Myristica.

As a final word on the uses of nutmeg, there is the report that the practice of taking this spice to produce “a syndrome comparable to alcoholic inebriety” is “not uncommon among alcoholics who are deprived of alcohol.

Help taken from: www.erowid.org/plants and www.en.wikipedia.org

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CASSIA

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Botanical Name: Cassia Augustifolia
Family:    Lauraceae
Genus:    Cinnamomum
Species:C. cassia
Kingdom:Plantae
Order:    Laurales

Popular Name(s): Senna, Indian Senna, Tinnervelly Senna, Cassia Senna, Locust Plant, Rajavriksha
Parts Used: Pods, Stems and Leaves
Habitat: Cultivated in dry lands of Southern & Western India, Burma  and indigenous to Arabia.

Genus Species: Cassia senna or Cinnamonum cassia
Cultivated: Hot wet tropics of China, Indochina, East and West Indies, and Central America

Other Names:Chinese cassia or Chinese cinnamon,Malabathrum,Cinnamomum tamala ,Malobathrum or Malabar leaf

Description :
Cassia is an aromatic bark, similar to cinnamon, but differing in strength and quality. Cassia bark is darker, thicker and coarser, and the corky outer bark is often left on. The outer surface is rough and grayish brown, the inside bark is smoother and reddish-brown. Cassia is less costly than cinnamon and is often sold ground as cinnamon. When buying as sticks, cinnamon rolls into a single quill while cassia is rolled from both sides toward the centre so that they end up resembling scrolls.

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Characteristics:
The leaves, known as tejpat in Nepali,  Tejpatta  in Hindi, Tejpat in Assamese and Tamalpatra in Marathi and in original Sanskrit, are used extensively in the cuisines of India, Nepal, and Bhutan, particularly in the Moghul cuisine of North India and Nepal and in Tsheringma herbal tea in Bhutan. It is called Biryani Aaku or Bagharakku in Telugu. They are often erroneously labeled as “Indian bay leaves,” though the bay leaf is from the Bay Laurel, a tree of Mediterranean origin in a different genus, and the appearance and aroma of the two are quite different. Bay leaves are shorter and light to medium green in color, with one large vein down the length of the leaf;photo while tejpat are about twice as long and wider than laurel leaves. They are usually olive green in color, may have some brownish spots and have three veins down the length of the leaf.photo True tejpat leaves impart a strong cassia- or cinnamon-like aroma to dishes, while the bay leaf’s aroma is more reminiscent of pine and lemon. Indian grocery stores usually carry true tejpat leaves. Some grocers may only offer Turkish bay leaves, in regions where true tejpat is unavailable.

Cassia buds resemble cloves. They are the dried unripe fruits about 14 mm (1/2 in) long and half as wide. It is native to Burma and grown in China, Indo-China, the East and West Indies and Central America. Cassia is called kwei in the earliest Chinese herbal by Shen-nung (2700 B.C.). It reached Europe in classical times with Arabian and Phoenician traders and the buds were known in Europe in the Middle Ages.


There are many varieties of cassia, including:

Chinese cassia (Cinnamomum cassia) or cassia, is from Burma and South China, coming in quills or rolled. This variety is also the source of cassia buds.
Indian cassia (Cinnamomum tamala) is native to India where its leaves are also used as an herb (tejpat).
Indonesian cassia (Cinnamomum burmanni) or Padang cassia has a smoother bark and double quills. This is usually the cassia that is imported to North America.
Saigon cassia (Cinnamomum loureirii) is native to Indonesia and is also grown in Japan and Korea.
Oliverâ’s Bark (Cinnamomum oliveri) is an Australian substitute of cassia and cinnamon.
Mossoia Bark (Cinnamomum) is an inferior substitute for cassia and cinnamon from Papua New Guinea.
Bouquet: The buds have a slight aroma. the bark is sweet-spicy like cinnamon, but more pungent.
Flavour: The bark and the buds have similar flavours: warm, sweet and pungent.

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Cassia is the name given to the bark of several trees such as Cinnamonum cassia, C. aromatium, C. loureirii, C. burmannii, etc. These varieties have a wide distribution, but in ancient trade cassia used to come mainly from China, hence the name Chinese cinnamon or bastard cinnamon. The bark is coarser than that of true cinnamon, and the taste is more astringent and harsh, although a variety C. burmannii from Indonesia is similar to the Sri Lanka product.

Cassia is more widely used today than is cinnamon, although most people are unfamiliar with the name cassia; moreover, the word can be confused with Cassia angustifolia – a very different plant, namely senna! Cassia as a spice is favored by the Chinese for incorporation in Five Spice Powder (along with Szechuan pepper, cloves, fennel and star anise). Cassia leaves (tejpat) are currently used as a spice in Indian cooking, while cassia leaves and buds were a favored import (with the name malabathrum) in ancient Rome and also during the Middle Ages. See a list of spices by Taste and Hotness.


Useful Parts
:The spice in the case of both cinnamon and cassia come from bark of the plants.

Medicinal Properties:It is useful in habitual costiveness. It lowers bowels, increases peristaltic movements of the colon by its local action upon the intestinal wall.

Cinnamon and cassia extracts have been used medically to treat gastrointestinal problems and as a specific for diarrhea, but their value is marginal. Their use as antimicrobials is of limited relevance, and it is dubious if the presence of cinnamon or cassia in cooked foods retards spoilage if left unrefrigerated in a tropical climate. Nevertheless, cinnamon along with many other spices has antibacterial properties that may be worth exploiting.

The properties of cassia and cassia oil are similar to those of cinnamon and comprised largely of cinnamaldehyde.. Cassia is a tonic, carminative and stimulant. It is used to treat nausea and flatulence. It is also used alone or in combination to treat diarrhea.
Cassia (called ròu gùi; 肉桂 in Chinese) is used in traditional Chinese medicine, where it is considered one of the 50 fundamental herbs.

A 2003 study published in the DiabetesCare journal followed Type 2 diabetics ingesting 1, 3 or 6 grams of cassia daily. Those taking 6 grams shows changes after 20 days, and those taking lesser doses showed changes after 40 days. Regardless of the amount of cassia taken, they reduced their mean fasting serum glucose levels 18–29%, their triglyceride levels 23–30%, their LDL cholesterol 7–27%, and their total cholesterol 12–26%, over others taking placebos.

The effects, which may even be produced by brewing a tea from cassia bark, may also be beneficial for non-diabetics to prevent and control elevated glucose and blood lipid levels. Cassia’s effects on enhancing insulin sensitivity appear to be mediated by polyphenols . Despite these findings, cassia should not be used in place of anti-diabetic drugs, unless blood glucose levels are closely monitored and its use is combined with a strictly controlled diet and exercise program.

There is also much anecdotal evidence that consumption of cassia has a strong effect in lowering blood pressure, making it potentially useful to those suffering from hypertension. The USDA has three ongoing studies that are monitoring the blood pressure effect.

Though the spice has been used for thousands of years, there is concern that there is as yet no knowledge about the potential for toxic buildup of the fat-soluble components in cassia, as anything fat-soluble could potentially be subject to toxic buildup. There are no concluded long term clinical studies on the use of cassia for health reasons.

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Historical View : The properties of cassia are similar to those of cinnamon; but it is commonly regarded as somewhat more astringent. Its uses are the same as those of cinnamon.

Bentley, Robert and Henry Trimen. Medicinal Plants; being descriptions with original figures of the principal plants employed in medicine and an account of the characters, properties, and uses of their parts and products of medicinal value. London, Churchill, 1880. (WZ 295 B556m 1880)

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.

Sources:

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

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

www.theepicentre.com and en.wikipedia.org

http://www.iloveindia.com/indian-herbs/cassia-angustifolia.html

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