CHAPTER 19
Haritaki: A Digestive Tonic
The great thing about Ayurveda is that its treatments always yield side benefits, not side effects
Shubhra Krishnan
Haritaki (Terminalia chebula) is one of the most important medicinal plants used in most ayurvedic recipes in the treatment of several diseases. Because of number of pharmacological properties, haritaki is extensively used in Ayurveda, homeopathy, unani and siddha system of medicine. In Sanskrit “Hara” is also the name of Lord Shiva, thus reflecting the sacred nature and elevated position of the plant. The revered Charak declared the fruit of this south Asian tree to be a powerful rejuvenator, and the best in fighting off sicknesses. The plant is also named as Pathya, owing to its beneficial effect for the channels (patha) of the body. Haritaki is that fruit which removes all diseases from the body and brings a luster and shine to the skin. Legend has it that haritaki tree produced from a drop of nectar (amrita) fell to the earth. Accordingly, in Tibetan medical philosophy, it is called as the “king of all medicinal plants”. Haritaki is most widely known as a component of the Ayurvedic preparation triphala, but exhibits noteworthy healing effects both individually and in combination with other herbs. Though haritaki is a common drug, it is observed the drug is not used in the proper way. Actually the entire fruit is to be used unless otherwise specialized to obtain the optimum therapeutic efficacy of the drug.
Haritaki Herb Information
1. Nomenclature
Family Name: Combretaceae
Scientific Name: Terminalia chebula – Fructus (retaceae)
Sanskrit Name: Haritaki, Abhaya
English Name:: Chebulic myrobalan
Common name: Chebulic myrobalan, Harde, Hara
Synonyms: Haritaki, Abhaya, Shiva, Bhishagwara, Rudrapriya, Harade, Himaja, Pilo Hardae, Chhoti Har, Halda, Har, Haraa, Haraaraa, Harad, Harara, Harash, Harb, Harda, Harir, Haritaki, Haritali, Harra, Pile Hara etc
2. Bioenergetics
Rasa: All but salty, mainly kashaya, bitter
Guna: Light, dry
Virya: Ushna
Vipaka: Madhura
Dosha effect: VPK=
Dhatu: All tissues
Srota: Digestive, Excretory, Nervous, Respiratory
3. Biomedical Action
Laxative, astringent, anthelmintic, nervine, expectorant, tonic
Habitat
T. chebula is capable of growing in a variety of soils, clay as well as shady The trees may grow at places up to a height of about 2,000 m from the sea level, and in areas with an annual rainfall 100-150 cm and temperature 0-17° C. In India, it is quite prevalent all over Northern India reaching in the outer Himalayas up to an altitude of 2,000 m, from Ravi to West Bengal. It’s occurrence is particularly abundant in the Kangra Valley of the Himalayas, Punjab, Assam, Bihar, Karnataka, Western Ghats, Tamil Nadu, Orissa, Kerala, Andra Pradesh, Uttar Prdesh, West Bengl, Madhya Pradesh, and Maharashtra. T. chebula, though, is a native of Asia, but also found in Nepal, Sri Lanka, Myanmar, Bangladesh, Egypt, Iran and Turkey and also in Pakistan and Yunnan, Tibet, Guangdong, Guangxi province of China.
Botanical Characters
The large deciduous haritaki tree grows at an altitude of 1,800 m attaining 25 – 30 m height, 1.5 – 2.5 m diameter. It has round crown and spreading branches. Branches, young leaves and leaf buds are covered with soft shining coloured hair. Leaves 10 – 20 cm long, ovate, rounded acute apex. The flowers are dull white, bisexual with a strong unplesant smell. Fruit is a drupe, 2-4 cm long and 1.3-1.5 cm broad, hard and yellowish green in colour, each fruit has a single seed. It has five lines or five ribs on the outer skin. Bark 6 mm thick, dark brown with some longitudinal cracks. Flowering in May to September and fruiting in July to December. Fruit is green when unripe and yellowish grey when ripe
Chemical Constituents
T. chebula contains tannins up to 30%, chebulic acid 3-5%, chebulinic acid 30 %, tannic acid 20-40%, ellagic acid, 2,4-chebulyi–β-D-glucoyranose, gallic acid, ethyl gallate, terchebin, anthraquinone, flavonoids like luteolin, rutins, and quercetin etc. Some of the other minor constituents were polyphenols such as corilagin, galloyl glucose, punicalagin. Besides, fructose, amino acids, succinic acid, beta sitosterol, resin and purgative principle of anthraquinone are also present. Flavonol, glycosides, triterpenoids, phenolic compounds were also isolated. Twelve fatty acids were isolated from T. chebula of which palmitic acid, linoleic acid and oleic acid were main constituents.
Plant Part Used
Fruits
Health Benefits
T. chebula is extensively used since anciet times against number of disesases.
Home Remedies
Cautions