Elaeocarpus sphaericus- Rudraksha
Rudraksha is a very sacred plant according to hindus. The
fruits of this plant are worn around neck as a mark of belief and devotion.
Above of the aspect of devotion it is used to allieviate heart problems and
mental distress.
Family : Elaeocarpaceae
Scientific name : Elaeocarpus sphaericus, Elaeocarpus
ganitrus
Vernacular nomenclature in India
Sanskrit : rudraksha, bhootanaashana, neela kandaksha,
shivaksha, shivapriya
Hindi : rudra, rudrak
Bengali : rudraksha
Tamil : rudraksha, karichankamani
Kannada : rudraksha
English : Rosary nut, Rudraksh tree
Distribution : Assam, Bengal, Nepal, Himalaya are the
habitation of this tree.
Botanical description :
Rudraksha grows in the
area from the
Gangetic plain in the foothills of the Himalayas to South-East Asia, Nepal, Indonesia, New Guinea to Australia, Guam, and
Hawaii. Rudraksha seeds are covered by an outer shell of blue colour when fully ripe, and for
this reason are also known as blueberry beads. The blue colour is not derived
from pigment but is structural. It is an evergreen tree that grows
quickly. The rudraksha tree starts bearing fruit in three to four years. As the
tree matures, the roots buttress rising up narrowly near the trunk and
radiating out along the surface of the ground.
Chemical constituents :
Action _ Fruit—used
for epileptic
fits and headache.
Powdered
fruits (. g) mixed with warm
water are given two/three
times
daily in asthma. Stem
bark—
hypoglycaemic.
The Ayurvedic Pharmacopoeia of India
indicated the use of the
seed in hypertension,
insomnia, psychoneurosis
and mental diseases.
The fruits contain
palmitic, isopalmitic,
linoleic and myristic
acids.
Leaves gave alkaloids—rudrakine,
(+)-
elacocarpine and (+)-iso-elacocarpine;
phenolics—quercetin, gallic acid and
ellagic acid. EtOH (%) extract of
stem bark—hypoglycaemic. Aqueous
extract of fruits—sedative, hypotensive,
spasmolytic, anticonvulsant,
choleretic, bronchodilatory and
cardiostimulant.
The fruit of E. oblongus Mast. non-
Gaertn., synonym E. glandulosus Wall.
ex Merrill (Western Ghats) is used in
mental
disorders and tetanus
Ayurvedic
pharmacoepia :
Rasa :
madhura
Guna :
guru, snigdha
Veerya
: sheeta
Vipaka
: madhura
Medicinal
uses :
रुद्राक्षं
अमलं उष्णं च वातघ्नं कफनाशनं
शिरो
पित्त शमनं रुच्यं भूतग्रह विनाशनं
It allieviates vata pitta vikaras.
It also cures burning sensation and mental worries. It pacifies nerve
disorders. It enhances contraction and expansion of heart and lungs. It reduces
elevated blood pressure. It cures diseases of the head. It is believed to
eradicate abnormal psychic manifestations.
Useful parts : fruit
Therapeutic uses :
-1-3 gm rudraksha powder mixed with
warm water taken in morning and evening is used to cure small pox, chicken pox,
measels
-rudraksha, licorice,aswagandha when
taken in equal proportions of 3gms and mixed in milk and taken cures food
poisoning
-for respiratory problems of
children 1decigram-4decigram of powdered rudraksha when mixed with honey taken
thrice daily for five days cures it
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PHARMACOGNOSTIC INVESTIGATION OF ELAEOCARPUS GANITRUS Roxb.
LEAF AND SEED
ABSTRACT
Elaeocarpus ganitrus Roxb. (Family: Elaeocarpaceae) commonly known as Rudraksha.Rudraksha beads, the holy beads scientifically called as Elaeocarpus Ganitrus. It possesses good medicinal value and with religious, medicinal and spiritual significances. Present investigation deals with macroscopic, microscopic. Microscopic studies revealed the presence of cuticle, epidermis, collenchyma, vascular bundle, xylem and phloem, hard endocarp, seeds with membranous seed coat.
Elaeocarpus ganitrus Roxb. (Family: Elaeocarpaceae) commonly known as Rudraksha.Rudraksha beads, the holy beads scientifically called as Elaeocarpus Ganitrus. It possesses good medicinal value and with religious, medicinal and spiritual significances. Present investigation deals with macroscopic, microscopic. Microscopic studies revealed the presence of cuticle, epidermis, collenchyma, vascular bundle, xylem and phloem, hard endocarp, seeds with membranous seed coat.
INTRODUCTION
Plants of the genus Elaeocarpus have been reported to be of use as traditional medicines, particularly in India.Elaeocarpus ganitrus (syn: Elaeocarpus sphaericus; Elaeocarpaceae) is a tree found in the Himalayan region of India. The fruits of this plant are commonly known as Rudraksha and have been used in Ayurvedic traditional medicine for the treatment of mental diseases, epilepsy, asthma, hypertension, arthritis and liver diseases [1]. Traditionally the plant is used to treat various diseases. Anatomical characterization of plants used in traditional medicines has been carried out to evolve standards for genuine source plant from the spurious ones. The different treatise on medicinal plants had mentioned different uses of parts or products [2]. Survival and growth of tree seedlings are determined by the interactive influence of biotic and Abiotic factors of the forest environment. The effects of certain factors such as light intensity soil moisture, soil temperature pathogen have been studied on seedlings growing in natural or in Control conditions [3].
Plants of the genus Elaeocarpus have been reported to be of use as traditional medicines, particularly in India.Elaeocarpus ganitrus (syn: Elaeocarpus sphaericus; Elaeocarpaceae) is a tree found in the Himalayan region of India. The fruits of this plant are commonly known as Rudraksha and have been used in Ayurvedic traditional medicine for the treatment of mental diseases, epilepsy, asthma, hypertension, arthritis and liver diseases [1]. Traditionally the plant is used to treat various diseases. Anatomical characterization of plants used in traditional medicines has been carried out to evolve standards for genuine source plant from the spurious ones. The different treatise on medicinal plants had mentioned different uses of parts or products [2]. Survival and growth of tree seedlings are determined by the interactive influence of biotic and Abiotic factors of the forest environment. The effects of certain factors such as light intensity soil moisture, soil temperature pathogen have been studied on seedlings growing in natural or in Control conditions [3].
Rudraksha is used in
Ayurveda for mental diseases, epilepsy, asthma, hypertension, arthritis and
liver diseases [4]. Alkaloids are reported to be the major phytoconstituents of E.sphaericus. These include, Elaeocarpidine,
Elaeocarpine [5]. Rudrakine [6]. Flavonoids are also reported to the
phytoconstituents of E.sphaericus. It includes quercetin [7].
Rudraksha is growing
in suitable climatic regions with temperature ranges of 25-30 degree
centigrade. These trees start giving fruit after 7-years. Here is the
percentage compositions of gaseous elements present in a Rudraksha is C-H-N
which Analyze by Gas chromatography. These percentages are 50.031 % C, 0.95% N,
17.897% H and 30.53% O.
MATERIALS AND METHODS
Collection of the
plant materials
The leaves and seeds of Rudraksha were collected from Bahrich in 2011 from Uttar Pradesh, India. The plant was identified and authenticated by Dr. Tariq Husain, National Botanical Research Institute, Lucknow. The voucher specimen (98159) has been deposited in herbarium. Healthy plant parts were selected carefully for the purpose of study.
The leaves and seeds of Rudraksha were collected from Bahrich in 2011 from Uttar Pradesh, India. The plant was identified and authenticated by Dr. Tariq Husain, National Botanical Research Institute, Lucknow. The voucher specimen (98159) has been deposited in herbarium. Healthy plant parts were selected carefully for the purpose of study.
Morphological Studies
Organoleptic examinationrefers to evaluation by means of organ of sense and includes the macroscopic appearanceof the leaf and seed, its odour and tastes, occasionally the sound or ‘snap’ of its fracture and the feelof the leaf and seed to the touch [8]. The morphological & organoleptic characters of the leaf were studied [9, 10].
Organoleptic examinationrefers to evaluation by means of organ of sense and includes the macroscopic appearanceof the leaf and seed, its odour and tastes, occasionally the sound or ‘snap’ of its fracture and the feelof the leaf and seed to the touch [8]. The morphological & organoleptic characters of the leaf were studied [9, 10].
Microscopical study
of leaf
Free hand sectioning was done for fresh leaves and seeds. Under microscopical examination transverse sectionof leaf and seed were studied, sectionsof leaf and seed were made and observed under Compound microscope [8]. Free hand transverse sections of the fresh leaf were taken and treated with various reagents and observed. The result of microscopical study of leaf and seed were shown in figure.
Free hand sectioning was done for fresh leaves and seeds. Under microscopical examination transverse sectionof leaf and seed were studied, sectionsof leaf and seed were made and observed under Compound microscope [8]. Free hand transverse sections of the fresh leaf were taken and treated with various reagents and observed. The result of microscopical study of leaf and seed were shown in figure.
RESULT
Macroscopic Examination
The macroscopical study of the leaf and seed results obtained and tabulated in table no.1 and table no. 2.
Macroscopic Examination
The macroscopical study of the leaf and seed results obtained and tabulated in table no.1 and table no. 2.
Microscopical
Examination
Observed characters in transverse section of leaf: cuticle, epidermis, collenchymas, palisade and vascular bundles. Vascular bundle shows collateral type closed vascular bundle.
Observed characters in transverse section of leaf: cuticle, epidermis, collenchymas, palisade and vascular bundles. Vascular bundle shows collateral type closed vascular bundle.
Observed characters
in transverse section of seed: seed, stony endocarp, endosperm and outer seed
coat.
Conclusion and
Discussion
Pharmacognostic analysis including physico-chemical evaluation is meant for identification, authentication, and detection of adulteration and also compilation of quality control standards of crude drugs. Microscopic study of powder revealed the presence of anomocytic stomata, oval, rounded starch grains, pitted xylem vessels, which are present in bundles and also clusters type of calcium oxalate crystals. Chemo microscopy revealed the presence of starch grains, lignin and calcium oxalate crystals. The quantitative determination of some Pharmacognostic parameters is useful for setting standards for crude drugs. The stomatal number, stomatal index, vein-islet number, vein-termination number relatively constant for plants and can be used to differentiate closely related species [2].
Pharmacognostic analysis including physico-chemical evaluation is meant for identification, authentication, and detection of adulteration and also compilation of quality control standards of crude drugs. Microscopic study of powder revealed the presence of anomocytic stomata, oval, rounded starch grains, pitted xylem vessels, which are present in bundles and also clusters type of calcium oxalate crystals. Chemo microscopy revealed the presence of starch grains, lignin and calcium oxalate crystals. The quantitative determination of some Pharmacognostic parameters is useful for setting standards for crude drugs. The stomatal number, stomatal index, vein-islet number, vein-termination number relatively constant for plants and can be used to differentiate closely related species [2].
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