Potential of Clove and Its Nutritional Benefits in Physiological Perspective: A Review
Potential of Clove and Its Nutritional Benefits in Physiological Perspective: A Review
Potential of Clove and Its Nutritional Benefits in Physiological Perspective: A Review
ISSN: 2456-0057
IJPNPE 2021; 6(1): 103-106
© 2021 IJPNPE Potential of clove and its nutritional benefits in
www.journalofsports.com
Received: 25-11-2020
physiological perspective: A review
Accepted: 28-12-2020
Bijoy Kumar Dey Bijoy Kumar Dey and Suparna Sanyal Mukherjee
Research Scholar, Seacom Skills
University, Kendradangal,
Bolepur, Birbhum, West Bengal,
Abstract
India Clove [Syzygium aromaticum (L.)] Merril and Perry, Syn. Eugenia aromaticum or E. caryophyllata) is
one of the most ancient and valuable spices of the orient. Portuguese first discovered in the sixteenth
Suparna Sanyal Mukherjee century the origin of clove plants is Molucca islands. But the use of clove in ayurvedic and homoeopathy
Professor, Seacom Skills medicine was well known before that time. The major part of the world’s consumption of the clove spice
University, Kendradangal, is in the home kitchens. Cloves have been used for their antiseptic and analgestic effects and studied for
Bolepur, Birbhum, West Bengal, use in platelet aggregation inhibition, antithrombotic activity and chemoprotective and antipyretic effects.
India Like many culinary spices, cloves help relax the smooth muscle lining of the digestive tract. The oils of
the cloves have been known to stimulant and it may increase blood circulation. The present paper
reviews health benefits from the use of clove, covering its chemical constituents, phytopharmacology,
nutritional and medicinal value.
Introduction
The clove plant grows in warm climates and is cultivated commercially in Tanzania, Sumatra,
the Molucca Islands and South America. The clove spice is the dried flower bud. The clove
plant is an evergreen tree that can reach a height of thirty or forty feet high. The clove tree is
frequently cultivated in coastal areas at maximum altitudes of 200m above. The sea level
syzygium is the largest genus of Mirtaceae family. Comprising of about 1200 to 1800 spices of
flowering plants. It has been employed for centuries as food preservative and medicine
because of its antimicrobial and antioxidant properties. Clove is known by different vernacular
names in different languages. It is known as qaranful (Arabic), Karamfil (Bulgarian),
Dingxiang (Chinese), Kruidnagel (Danish), Garifalo (Greek), Mikhaks (Georgian), Nelke
(German), Szegfu (Hungarian), Cengkeh (Indonesian), Choji (Japanese), Jeonghyang
(Korean), Krustnaglinas (Latvian), Lwaang (Nepalese), Cravo de India (Portuguese), Clavo,
Clavode olor (Spanish), Dhing huong (Vietnamese), Giroflier (French) and Laung
(Urdu/Punjab/Hindi).
Methodology
The study is exclusively based on secondary data and descriptive one. The secondary data for
the study have been collected from the annual reports of spices Board, various journals,
research books, article reports, review of theoretical literature, periodicals and reports
published by the Spices Board, newspaper, internet and books. In addition to above, elaborate
discussions with ayurvedic doctors of Central and State Government, Medical Colleges and
Research Centre have been held in relation to perspective on the medicinal potential of spices.
1017AD). The use of clove as a spice reached Europe around It has also been found that 0.05% solution of eugenol is
the 4th century A.D. when commercial trading really started sufficient to kill B tuberculosis. Clove oil showed
with the Arabs. Two major naval European powers in the 17 th antimicrobial activity against some human pathogenic
and 18th centuries namely the Dutch and the Portuguese were bacteria (Miland et al., 2011).
involved in along tussle over completion for cloves. It is In some studies investigated eugenol and acetyt eugenol for
assumed that introduction of clove into India by East India potential anti-inflammatory action on Cox-2 and Lox
Company about 1800 A.D. In ayurveda cloves are considered enzymes (Deans et al., 1987) [4].
to enhance circulation, digestion and metabolism and help Clove and Eugenol possess strong activity. It also showed a
counter stomach disorders such as gas, bloating and nausea. significant inhibitory effect against hydroxyl radicals and act
The clove contributes the pungent and astringent tastes. as an iron chelator (Arora et al., 1999) [2].
Clove oil and its main component eugenol show moderate
Traditional uses of cloves antifungas activity against candida as per gillus and
The use of clove in the TCM or the traditional Chinese dermatophyle species and also resists against clinically
Medicine dates back to 207 BC called as Dingxiangs. This relevant fungi including fuconazole resistant strains (Daniel et
miraculous herb is being used for alleviating infections in the al., 2009) [5].
kidneys digestive disorders, impotence, have nausea, hernia
and various skin problems like ringworm and certain other Table 1: Nutrient composition of 100g of clove.
fungal infections. Clove oil has antioxidant property that Composition USDA (ground)
controls the growth of free radicals response for cellular Water (g) 5.40-6.86
damage and cancerous (Duke Ja et al., 2003) [3]. Food energy (Kcal) 323
Clove oil extracted from the leaves flower buds, and fruit has Protein (g) 5.98
been valued for centuries for its variety of medicinal Fat(g) 20.06
applications in Indian Ayurveda medicine, Chinese medicine, Carbohydrate (g) 61.22
herbalism, and dentisty clove oil has been used to improve Ash (g) 5.88
digestive functions, fight off intestinal parasites, as an Ca (g) 0.646
antibacterial agent. P(mg) 105
Na (mg) 243
Medicinal and Pharmacological uses of cloves K(mg) 1102
Like many culinary spices cloves help relax the smooth Fe (mg) 8.68
muscle lining of the digestive tract and eating cloves is said to Thiamin (mg) 0.115
be aphrodisiac. Riboflavin (mg) 0.267
Niacin (mg) 1.458
The volatile oils of clove is effective against several genera of
Ascorbic acid (mg) 80.81
bacteria including animal and plant pathogene and food
Vitamin A (RE) 53
poisoning and spoilage bacteria (Aisha et al., 2012) [1]. Source: Tainter and Grenis (1993) [10]
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-Copaene 0.04 - - -
-Humuiene 0.36 10.60 1.24 1.44
(E,E)--Farnesene 0.06 - - -
-Cadinene 0.18 1.14 0.45 0.45
(E)-Nerolidol 0.03 - - -
-Caryophyilene oxide 0.67 - - -
Humulane oxide II 0.07 - - -
t-Cadinol 0.07 _ - -
Cadaiene 0.18 _ - -
Hexadecyl acetate 0.09 - - -
Source: 'Raina et al. (2001) [9]; 2Gopalakrishnan et al. (1988) [6].
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