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Saturday, June 15, 2013

Scientific Basis for Ayurvedic Therapies -3
































































Scientific Basis for
Ayurvedic Therapies 


edited by
Brahmasree Lakshmi Chandra Mishra





References

1. Shastri Ambika Dutta,
Sushrut Samhita
, 8th ed., Chowkhembha Sanskrit Samsthan, Varanasi,
1982, 64 (or Chap. 15, Verse 48).
2.
Jabalpur, India, 1983, p. 12.
3.
4. Anon., South-East Asia Progress Towards Health for All 1977–2000, World Health Organization,
New Delhi, 2000.
5. CD: Information Gateway on Ayurveda, prepared by ISM & H, Government of India.
6. Satyavati, G.V., An overview of pharmacological studies in India on medicinal plants and
natural products (1975–1982), A sequel to the chapter Pharmacology of medicinal plants
and natural products, in
Current Research in Pharmacology in India (1975–1982)
, Indian National
Science
Academy, New Delhi, 1984.
7. Narayana, D.B.A., Forensic Ayurveda and GMPs, in
Proceedings National Workshop on Internationally
Acceptable Standards for Ayurvedic Formulations,
Ravishankar, B., Ed., July 20–21,
Institute of PG Teaching and Research in Ayurveda, Gujarat Ayurved University, Jamnagar,
India, 2000, p. 36.
8. Jain, N.K.,
A Textbook of Forensic Pharmacy
, Vallabh Prakashan, Delhi, 2001.
9. Dahanukar, S.A., Kulkarni, R.A., and Rege, N.N., Pharmacology of medicinal plants and
natural products,
Indian J. Pharmacol.
, 32, S81, 2000.



2.1 Introduction
In Ayurveda, health is defined as the state where physical body, senses, and psyche are
in original or natural state with respect to body and function. Although the genetic makeup
of an individual determines the basic body constitution with respect to
dosas
(biomaterials)
and
psychological factors
,
total health is determined by physical and psychological environment.
It is currently believed that the expression of genes largely depends on environmental
factors. Consistent with this belief, Ayurveda emphasizes the role of environmental
factors, daily routine, seasonal changes, lifestyle, diet, regular exercise, and body tonics
(
rasayana
) in maintaining health. It also emphasizes that all needs of the body and senses
must be in balance in order to avoid illness and maintain good health — a scientifically
valid concept.
1

Scientific Basis for Ayurvedic Therapies
The founding fathers of Ayurveda believed that the world is made up of five elements
called
Panch-mahabhuta
. Their criterion was that an element must not be “divisible into”
a new material. They determined that earth, water, fire, air, and space are indivisible and
therefore designated them as the five basic elements (
Panchmahabhuta
). The human body
in Ayurveda was also believed to be made up of these five elements. In order to understand
the whole body physiology, Ayurveda postulates three main factors called
tridosa
, which
are also called biomaterials, biofactors, or bioenergies. These
tridosas
or biomaterials are
vata
,
pitta
, and
kapha
. The primary dominant elements in
vata
,
pitta
, and
kapha
are air, fire,
and earth, respectively. According to the
tridosa
theory the total human body consists of
an intensive interplay of a solid material substrate referred to as
kapha
, chemical activity
(biofire) referred as
pitta
, and an energy pool of motion and movement referred to as
vata
.
These three
dosas
coexist in a predetermined proportion and function in a complementary
manner to overall function of the total organism in spite of their opposite properties and
functions. The existence of the
dosas
can be understood at both the macromolecular and
micromolecular levels. A balance in the activity of these
dosas
is necessary for health.
The human body according to Ayurveda is made up of somatic
dosas
(
vata
,
pitta
, and
kapha
) and psychic components (
dosas
),
body tissues
(
dhatus
), and
waste products
(
malas
).
The three psychological components are
satogun
,
rajogun
, and
tamogun
. A close interdependence
among the somatic and psychological components exists; if one component is
out of balance, the others are also out of balance. The imbalance or vitiation of
vata
,
pitta
,
or
kapha
is considered the major factor in the causation of a disease.
1
Ayurveda has a concept of
agni
(fire) for all digestive and metabolic activities. Use of
the word “fire” can be rationalized based on the fact that fire generates carbon dioxide as
a result of burning carbon-based materials, and metabolism of carbon-based nutrients in
the body also generates carbon dioxide. Digestion and absorption processes are called
digestive fire (
pakwagni
)
and the enzymic action causing transformation of nutrients into
various tissue materials is called tissue fire (
dhatwagni
). Food must not only be digested
and absorbed from the intestine and circulate in the blood plasma, but also must be
absorbed by the tissue cells in order to be assimilated by the body. There are seven primary
supportive tissues (
dhatus
) in the body: (1) plasma, (2) blood, (3) muscular tissue, (4)
osseous tissue, (5) adipose tissue, (6) marrow and myeloid tissue, and (7) reproductive
tissue. All tissues are made up of cells with different structures and functions connected
with other cells through minute channels or pores (
suksma srotas
) to receive and distribute
nutrients and excrete metabolic waste products. This description of cellular communication
in Ayurveda is consistent with the modern understanding of intercellular uptake and
release of substrates and metabolites. All tissues have a material called activator, essence,
or hormone (
ojas
) which has specific properties and functions that are perceived to produce
a healthy essence. The properties and balance of excretory products (stool and urine) and
breakdown products of tissues (nitrogenous products) are also important factors in determining
health and disease.
1
2.2
Tridosas
1
2.2.1
Vata
Vata
literally means “air.” The description of
vata
in Ayurveda includes the following: dry,
cold, light, penetrating, mobile, transparent, and rough-like air and responsible for all

kinds of movements in the body, speed, impulse, and odor.
Vata
is a part of every cell;
however, the major sites of
vata
are believed to be the colon, lower back, calf muscle, ear,
bones, and joints. Some organs of the body also have a higher level of
vata
biofactor than
other organs, such as the brain, spinal cord, autonomic nervous systems, and motor and
sensory systems.
Vata
biofactor is responsible for functions of the central, autonomic, and
peripheral nervous systems.
Vata
controls the respiratory, blood, lymphatic, excretory, and
reproductive systems, as well as all types of movements. It is also responsible for the
cognitive and neocognitive function of the brain, and secretion of various chemical neurotransmitters
and hormones. This description of
vata
resembles the functions of central,
peripheral, and autonomic nervous systems. The following six main
chakras
(extrasensory
channels) of
vata
correspond to modern autonomic nervous system plexuses, further
substantiating that
vata
, in fact, resembles the nervous system:
1. Agya chakra –
nasociliary extension of the cavernous plexus of the sympathetic
nervous system
2. Vishuddha chakra
– pharyngeal plexus of the sympathetic nervous system
3. Anahat chakra
– cardiac plexus of the sympathetic nervous system
4. Manipur chakra –
plexus of the cholinergic
5. Swadhistan chakra
– hypogastric plexus
6.
Muladhar chakra
– pelvic plexus
Among
tridosas
,
vata
is more critical because it controls p
itta
and
kapha
in order to
accomplish various physiological functions.
Vata
is classified into five types based on the
organ site and function as shown in Table 2.1.
TABLE 2.1
Classification of
Vata
Vata
Location Function
Prana
Central nervous system and some vital
centers of the brain
Controls the action of other
vatas
Apana
Lumbo-sacral, gluteal, genito-urinary,
inguinal, and visceral regions
Regulates discharge of seminal fluid, menstrual
fluid, feces, urine, and aids in childbirth
Vyana
The heart (the fluid pumping system),
nonconscious reflexes produced along the
spinal cord (corresponds to autonomic
nervous system)
Controls contraction and relaxation of muscles,
blood circulation, lymph circulation, sweating,
and other secretions of the body through the
stimulation of nerves
Udana
The chest, umbilical area, nasal and
pharyngeal passages
Controls speech, respiration, energy, body luster,
and consciousness and also influences the
respective centers in the brain
Samana
The entire abdomen Controls digestion and assimilation of food, as
well as excretion of waste products
Signs and symptoms of deranged vata are indicative of neurological problems
Causes of Deranged
Vata
Symptoms of Deranged
Vata
Overworking, grief, worry, lack of sleep, intentional
retention of bodily waste, excess exercise or sexual
indulgence, and ingestion of bitter, pungent, astringent,
or dry foods
Irregular movement of the limbs, tearing pain,
throbbing suppression of secretions, contraction
of muscles (spasms), roughness of the skin,
formation of bone cavities, suspension of bowel
movements, and an astringent taste in the
mouth

2.2.2
Pitta
The second
dosa
is
pitta
, which indicates
agni
(fire, heat energy), and the description in
Ayurvedic texts includes heat, sharpness, sourness, and moisture. It is responsible for
appetite, thirst, digestion, metabolism, body heat, normal eyesight, softness of the body,
luster, mental calmness, and intelligence. This description of
pitta
resembles that of digestion,
metabolism, oxidation, conjugation, reduction, phosphorylation, enzymes, and hormones.
Although
pitta
is present in every cell in the body, it is classified based on five
major anatomical locations shown in Table 2.2. Although
pitta
, like
vata
, exists in every
cell of the body
,
the major sites of
pitta
are believed to be the stomach, duodenum, liver,
spleen, pancreas, heart, eyes, and skin.
2.2.3
Kapha
The third
dosa
is
kapha
, which is described in Ayurveda as moist, steady, cool, heavy, soft,
and slimy materials.
Kapha
is responsible for the normal body moisture, stability of the
joints, firmness of the body, a proportionate bulk, weight, strength, endurance, and courage.
The description of
kapha
resembles those of the lymphatic system, immune system,
body fat, and mucous and mucoid systems.
Kapha
balances
pitta
in functions by providing
basic materials for conversion into body tissues by enzymes, a kind of biochemical feedback
mechanism.
Pitta
generates heat from the enzymatic activities, while
kapha
provides
ways to eliminate the heat through the skin, lungs, urine, and feces via fat and moisture.
Although
kapha
is basically the same in all cells of the body, it is classified into five types
present in every cell of the body and its major sites are believed to be the chest, stomach,
brain, tongue, and synovial membrane of bone joints.
TABLE 2.2
Classification of Pitta
Pitta Location Function
Pachak Stomach and small intestine Controls bile and pancreatic juices
Ranjaka Stomach, duodenum, liver, spleen,
and pancreas
Enzymes responsible for digestion and metabolism;
provide nutrients, blood constituents, and the
formation of the blood cells in the spleen
Sadhak Heart Responsible for life span, complexion, energy, body
temperature, body luster
Bhrajak Eye Responsible for vision
Alochak Skin Responsible for the heat, moisture, and health of the
skin, as well as the vasomotor mechanism and
adaptation to the surrounding environment
Signs and symptoms of deranged pitta are indicative of digestive, metabolic, and enzymatic problems
Causes of Deranged Pitta Symptoms of Deranged Pitta
Pitta may be deranged by ingestion of salty, hot,
irritating, or sharp-tasting foods, as well as by anger
Burning sensation in the stomach, redness, digestive
system disturbances, excessive sweating, fainting,
symptoms of intoxication, pungent and sour taste,
and inability to see white and dark red color
based on location and functions as shown in Table 2.3. Again, like vata and pitta, kapha is

2.3 Body Constitution (Prakriti) 1
Although all biomaterials are natural elements of the body, people may have the predominance
of one or a combination of two of the biomaterials that determine general physical
and psychological characteristics and the tendency (susceptibility) to develop certain
nance of biomaterials and tendency to develop certain diseases.
2.4 Mental Components (Mano Guna)
Charak describes attributes of mental components as desire for pleasure, aversion to pain
or misery, intelligence, mind, will power, logical faculty (vicarna), memory, knowledge
gained from experience (vijnana), ability, and perception. Based on these attributes, mental
components are divided into three classes: godly (satogun), kingly (rajogun), and evil
(tamogun). Manifestations of these classes of mental components and characteristic con-
1
2.5 Health Care
Health care in Ayurveda is essentially aimed at balancing the dosas and gunas, bringing
them into equilibrium. With this goal in mind, management of a disease is designed to
TABLE 2.3
Classification of Kapha
Kapha Location Function
Avalambak Chest Enables other dosas to perform their function by
supplying humidity and body water, blood, fluid
Kledak Stomach It is liquid, mucoid, sweet, cooling in nature, and
moistens the bolus
Bodhak Tongue Controls saliva and other juices that moisten the
mouth, helps the bolus descend, and creates taste
Tarpak Brain Controls vision, hearing, smell, taste, and touch
Shleshaka Synovial areas of bone joints Provides lubrication
Signs and symptoms of deranged kapha are indicative of lipid metabolism and mucus-secreting system
Causes of Deranged Kapha Symptoms of Deranged Kapha
Overexposure to cold weather; excessive sleep; day
sleeping; excessive, sweet, fatty, and oily food; low
level of physical activity
Excess of moisture, hardness of tissues, itching,
feeling cold or heavy, low secretary activity, mucous
membranes heavily coated with mucous, reduced
activity of limbs, swelling, weak digestive power,
sleepiness, pale skin, salty taste, and slow recovery
after an illness
diseases. Table 2.4 shows the characteristics of body constitutions according to predomistitutions
are shown in Tables 2.5 and 2.6, respectively.

Characteristics of Dosha Constitutions
Vata Constitution Pitta Constitution Kapha Constitution
Characteristics
Low body weight, light bone
structure, fast to act, forgetful,
artistic, loves esoteric material, is
shy and sensitive, enthusiastic
Healthy body, well-developed
muscles, well-functioning
metabolism, an urge for physical
activities, an interest in science and
technical subjects, good speaking
ability, aggressiveness, hostile
tendency, impatience, tendency to
baldness, good mental ability,
excellent memory, loves intellectual
activities
Heavy body weight, solid body
structure, strength, endurance,
secure feeling, self-confident, not
easily rattled, somewhat lethargic,
patient, polite, generous,
materialistic tendency, greedy,
passive, tendency to sleep too
much
Diseases Prone To
Rheumatism, nervous disorders,
sciatica, insomnia, dry skin,
constipation, receding gums,
weak bones, infertility,
impotence, colic, flatulence,
stuttering, ringing in the ears,
irregular menstruation with
cramps, varicose veins, paralysis,
blood clotting, anorexia, shivering
fits, poor blood circulation
Stress-related diseases; high blood
pressure; coronary diseases;
thrombosis; ulcers; cancer of the
stomach, intestine, and skin;
psoriasis; inflammation of the
lymph system; infectious diseases;
inflammation of the spleen;
hepatitis, urinary tract infection;
heartburn
Nausea, colds, bronchitis, asthma,
kidney stones, swollen lymph
nodes, benign tumors, dropsy,
goiter, lung and breast cancer,
fungal infections, digestive system
problems, obesity
TABLE 2.5
Characteristics of Mental Components
Godly (Satogun) Kingly (Rajogun) Evil (Tamogun)
Compassion, self-control,
forbearance, devotion to truth,
proper conduct, faith in god,
knowledge gained from selfrealization
(Jnana), intelligence,
resolution, comprehension,
nonattachment
Sensitivity to pain, restlessness of
mind, lack of true understanding,
egoism, lack of honesty, lack of
compassion, false pride,
overconfidence, buoyancy of
spirit, strong desires, anger
Despondency, agnosticism and
atheism, tendency to evil conduct
(adharma), dull intellect, lack of
knowledge and insight,
perverted mind, physical and
mental inertia, somnolence
TABLE 2.6
Characteristics of Mental Constitutions (Manasik Prakriti)
Godly (Satvik) Kingly (Rajsik) Evil (Tamsik)
Pure-minded, compassionate,
loving, and righteous person who
is capable of enduring all degrees
of hardship and pain through
willpower
Egotistic, ambitious, proud,
competitive, controlling, and
power-hungry person who may
be made to submit to pain and
unpleasant medical treatment
through persuasion and logic
Lazy, sleepy, depressed, greedy,
irritable, irresponsible, and
selfish person with a large
appetite who is horrified at the
prospect of bodily pain
TABLE 2.4

diagnose which biomaterials and components are in excess or not and how they can be
brought into balance.2
2.5.1 Diagnosis
Diagnosis of a disease in Ayurveda is essentially done by inspection, palpation, and
interrogation. The specific examination includes the standard eight-point examination: (1)
pulse, (2) urine, (3) stool, (4) tongue, (5) eye, (6) skin, (7) speech and voice, and (8) general
appearance (Table 2.7). Additional examinations are made to assess digestive capacity,
personal habits, body appearance, and patient’s resilience. The other elements of diagnosis
are the most recent reason for the illness, warning symptoms, clear symptoms, various
diagnostic tests, and pathogenesis.
Management of an illness considers elimination of causes of the imbalance of dosas,
administration of various herbal formulas, dietary and lifestyle interventions to bring dosas
back into balance, elimination of chinta (serious worry), and nurturing the soul to regain
spiritual health (Samana).
2.5.2 Disease Management
Charak Samhita describes four components of a disease management scheme: (1) the physician,
(2) the drug, (3) the patient, and (4) the attendant. A physician must have proper
training, knowledge, and experience. A remedy must be abundantly available, effective,
and relatively safe. A patient must provide all information to the physician about the
disorder and be compliant. An attendant (a nurse) must have the knowledge of patient
care, dexterity, loyalty, and cleanliness.
Management of illness primarily consists of four procedures: (1) cleansing (samsodhan),
(2) palliation (samsaman), (3) rejuvenation (kaya kalp), and (4) mental and spiritual healing
(sattvavajaya, or psychotherapy). The management of an illness starts with cleansing and
TABLE 2.7
Eight-Point Diagnosis
Examination Vata Pitta Kapha
1. Pulse Thread-like, feeble,
snake-like motion
Moderately heavy, and
jumps like a frog
Heavy, slow, flows
like swan
2. Urine
Drop of sesame oil
spreads on the surface
of urine gives:
Black–brown color
Wave-like movement
Dark brown color
Multiple colors, like
rainbow
Cloudy appearance
Pearl-like droplets
3. Stool Uniform, dark color Yellowish color Bulky foul smell
4. Tongue Black to brown, dry,
coarse, furred,
pigmented
Red, yellow, or green,
soft, sharp, moist
Whitish color, pale
coated, big, soft, flabby
5. Eye Small, conjunctiva,
muddy, iris is dark
gray or brown
Moderate size, sharp,
more sensitive to light
Large, moist, oily,
conjunctiva is white
6. Skin Dry, coarse, wrinkled,
dusky
Wheat color, copper-like
color, shiny, moist
Soft, off-white,
smooth, moist
7. Speech and voice Coarse and dry Sharp Heavy
8. General appearance Mental disorders, anxiety, distress, pain, weakness, and strength are important
factors in diagnosis

includes five procedures called panchakarma, all of which are not necessarily done at the
Panchakarma is a major therapeutic procedure in Ayurveda known to be useful for all
diseases of all the body organs and functions because the elimination of toxic products,
endogenous or exogenous, can contribute to overall management of an ailment. It is
toxic symptoms will develop over a period of time. The major cause of body ailments is
the toxic products produced by body metabolism, microorganisms, synthetic chemicals,
Palliation essentially consists of compound preparations of herbs and minerals for diet
and lifestyle interventions. Ayurvedic texts describe seven types of palliation: (1) digestive
yoga exercise, (6) lying in the sunlight or sunbathing, and (7) breathing exercise and
meditation. A variety of formulas are used to improve digestion, eliminate ama, and
balance dosas. Examples of herbs used to subdue deranged or vitiated dosas are shown in
acute fever.
2.5.2.1 An Example of Ayurvedic Case Management
To illustrate a typical Ayurvedic therapy, the management of Ama-vata (rheumatoid arthritis)
is given below. It includes biopurification and detoxification by dietary interventions
and necessary panchakarma procedures and administration of herbal formulas. The first
step is elimination of ama (the incompletely digested food material in the intestine, collagen
materials, allergens, mucus, mucoid materials, crystals like uric acid) by reducing the diet
to near or total fasting if possible. The diet consists of very small quantities of doubleboiled
rice and watery mung dal (lentils) for the first 5 days, with the addition of small
amounts of vegetables for the next 5 days, and then one piece of bread (roti) for an
TABLE 2.8
Group of Herbs Used To Mitigate Vata3
Medicinal Plant Botanical Name Medicinal Plant Botanical Name
Bhadradaru Vrsciva Boerhavia diffusa
Nata Caesalpinia bonduc (L.) Devahvaya Cedrus deodru
Kustha Saussurea lappa cob Two Salpaparni
Dashmula Kandukari Mueuna pruriens
Two Bala Sida cordifolia Linn. Abhiru Asparagus racemoses
Vellantara Vativera zizanoides Vira Roscoea procera
Aranika Premna integrefolia Linn. Jivanti Leptadenia reticulata
Buka Osmanthus fragrans Rsbhaka Microstullus wallachi Lindl
Vrsa Addhatoda vasica Nees Brihatee Solanum anguivi Lam.
Asmabheda Bergenia ligulala wall Kantakaree Solanum surattense Burm. F.
Gokantaka Tribulus teriatris Saliparni Desmodium gangeticum
Itkata Sesbania bispinosa Prasniparni Uraria picta
Sahacara Baeleria prionitis Linn. Goksuraka Tribulus terristris
Bana Bareleria stringosa Hansapadi-Adiantum
Lunilatum-Burm
Podophyllum hexandrum royle
Gundra Typha elephantia Roxb Kasa Saccharum spontaneum Linn
Bhalluka Oroxylum indicum Vent. Vrksadani Loranthus longifolius
Karambha Pergularia extensa Nala Arundo donax Linn
Partha Gynandropsis pentaphylla Two Kusa Desmostachya bipinnata
Vrscikali Pergularia extensa Guntha Typha angustata
Tables 2.8 through 2.10. Fasting also helps in acute indigestion, dysentery, diarrhea, and
same time or to all patients. This topic is described in detail in Chapter 4.
understandable that if the body organs are not eliminating toxic products from the body,
power enhancement, (2) toxic waste (ama) elimination, (3) fasting, (4) observing thirst, (5)
xenobiotics, or drugs. Panchakarma is discussed in detail in Chapter 4.
© 2004 by CRC Press LLC
Health Care and Disease Management 23
additional 5 days. This treatment is generally given for a minimum of 1 month. During
this period, hot fomentations are applied and no ghee (dehydrated milk fat), vegetable
oil, meat, or animal fat is given. It is believed that this treatment increases the metabolic
power of the body, resulting in breakdown and excretion of the disease-producing vitiated
materials (ama), collagen, uric acid, sugar, urea, fat, etc. To augment the process of cleansing,
ginger juice or dry ginger is given daily in the early morning on an empty stomach.
Chirata or Swertia chirayita, a bitter herb, is also given to improve digestion.
After 1 month of this treatment, ghee (dehydrated butter) may be given to help in
removing fat-soluble materials from the body. A medicated enema (basti) containing sesame
(til) oil may be started and continued for 1 month for this purpose. At this point the
treatment is stopped for 4 to 8 weeks and the reduced diet treatment is resumed. Once
the acute phase has subsided, the patient is asked to exercise, first with passive movements
and then with active movements (yoga exercises using various body positions). Yoga
instructions are recommended to help the patients do these exercises correctly.
This treatment is often accompanied by an oral administration of Ayurvedic herbal
formulas two to three times per day. The formulas often used are Yograj-guggul or
Mahayograj-guggul (formulas from Ayurvedic text) with gold bhasma (gold formula made
by oxidizing gold with heat using herbs). A physician must carefully examine the patient
for other illnesses and organ disorders to determine a suitable antiarthritis formula,
depending on accompanying health conditions.
TABLE 2.9
Herbs Used To Mitigate Pitta3
Herb Botanical Name Herb Botanical Name
Durva Cynodon dactylon Abhiru Asparagus racemoses
Ananta Alhagi camelorum Sitapaki Abrus precatorius
Nimba Azadirachta indica A. Priyangu Setaria italica Beauv
Vasa Litesa glutinosa Two Sthira Desmodium gangeticum
Atmagupta Mueuna pruriens Padmak Prunus cerasoides
Gundra Typha elephantine Roxb Vanya Cyperus rotundus Linn.
Nyagrodhadi group
Nyagrodha Ficus vengakensis Linn. Two Meda (fat) Litsea monpetala
Tuga Bamboo mann Mudgaparni Vigna trilobata
Rddhi Sphaeranthus inducus Mashaparni Teramnus labialis
Shringee Pistacia chinensis Bunge Rsabhaka Microstullus wallachi
Amrita Tinospora cordifolia Jivaka Microstyllus wallachi Lindl
Jivanti Leptadenia reticulata Madhuka Sapotaceae
Two Kakoli Roscoea procera
Sarivadi group (used to treat burning sensation, bleeding disease, thirst, and fever)
Pippala Piper longum Linn. Usira Vativeria zizanoides
Sadaphala Ficus glomerata Kasmarda Cassia sophera
Two Rodhra Symplocos racemosa Roxb Yashti-madhu Glycyrrhiza glabra
Arjun Terminalia arjuna Kadamba Anthocephalus chinensis
Kapitana Thespesia populnea Virala Diospyros tomentosa
Somavalka Acacia suma Kurz Madhuka Sapotaceae
Plaksha Ficus lucescens Blume
Amaara Vitex nigundo Linn.
Padmakadi group (increase breast milk to subjugate vata and pitta)
Padmaka Prunus cerasoides
© 2004 by CRC Press LLC
24 Scientific Basis for Ayurvedic Therapies
2.5.3 Dietary Management and Lifestyle Changes
Dietary and lifestyle interventions are initiated according to the disturbed dosas and
the physical and mental constitution of a person; these interventions are accompanied
by spiritual nurturing, removing serious worry, exercise, and yoga practice. If vata
were disturbed, the diet would include oils, butter, and sweet food. If kapha were
disturbed, the diet would include bitter, sour, vinegary, spicy, dry food. If pitta were
disturbed, the diet would include mild tasting food, grains, lentils, and moderate
amounts of sweets and oils. Patients are given a restricted diet of small quantities of
mung dal (a type of lentil) or yogurt and rice. Depriving the patient of drinking water
helps in ascites, edema, and certain kidney diseases where large amounts of water are
retained in the body.
TABLE 2.10
Group of Herbs To Mitigate Kapha3
Aragvadhadi Group (used to treat vomiting, leprosy, fevers, mitigate kapha, itching,
diabetes, and clean bad wounds)
Medicinal Plant Botanical Name
Aragvadha Cassia fistula
Indrajava Holerrhina antidysenterica wall
Patali Stereospermum colais
Kakatitka Abrus precatorius Linn.
Nimba Azadirachta indica A.
Amrata Tinospora cordifolia Miers
Madhurasa Marsedenia tenacissima
Sruvavrksa Flacourtia indica
Patha Steohania japonica Miers
Bhunimba Andrographis paniculata
Sairyaka Barleria prionitis Linn.
Patala Cydonia oblonga
Two Karanja Pongamia pinnata
Saptacchada Alstonia scholaris R.
Agni Plymbago zeylanica Linn.
Susavi Momoridca chirantia Linn.
Phalsa Grewia subinaequalis DC
Bana Barleria stringosa
Ghonta Acaia catechu Willd badari (Hem), Zyziphus
jujuba Lam.
Arka Calotropis gigantea (L.)
Alarka Calotropis procera
Nagadanti Croton oblongifolius
Visalya Gloriosa superba Linn.
Bharangi Clerodendrum indicum
Rasna Acampe papikkosa
Vrscikali Pergularia extensa
Prakirya Cesalpinia bonducella Fleming
Pratyakpuspi Achyranthes aspera Linn.
Pitataila Abrus precatorius Linn.
Udakirya Pongamia glabra Vent.

Healthy lifestyle is very important to maximize the effect of palliative treatment.
Ayurveda strongly recommends that the patient utilize a regular sleeping schedule, about
8 hours of sleep each night, rising early in the morning; do regular exercise; and eat
breakfast and engage in other dietary recommendations according to seasons. In order to
maximize the effectiveness of palliative treatment, Vyayam (exercise, yoga, stretching),
breathing exercises, and sunbathing are necessary. It is important that some appropriate
form of exercise be done at a maximum tolerated effect (MTE) level during the treatment
period; this may be with the help of a physical fitness trainer. The concept of MTE is
similar to a therapeutic dose of pharmacologic agents to get maximum beneficial effect.
Exercise is likely to create a need for nutrients inside the cells. It is believed to open up
the microchannels (shrotas) in the body cell for nutrients and for medicine to enter. It is
particularly important in maximizing the effectiveness of therapies in management as well
as prevention of chronic musculoskeletal disorders.
TABLE 2.11
Ayurvedic Herbs Known To Have Confirmed Therapeutic Effects
Disease/Symptoms Herb Popular Name
Edema Achyranthes aspera Linn. Apamarga
Mental distress Acorus calamus Linn. Vacha
Bronchiolar constriction Adhatoda zeylanica Medic. Vasa
Intestinal worms Butea monosperma Lam Palasha
Arthritis, inflammation, and
high cholesterol
Commiphora mukul Wightii Guggul
Bone fracture Cissus quadrangularis Linn. Vajravalli
Malaria Alstonia scholaris R. Br. Saptaparna
Liver disorders Andrographis paniculata Nees Bhunimba
Cardiac disorders Artemisia vulgaris Linn. Nimba
Terminalia arjuna Arjuna
Bacterial or virus Azadirachta Indica A. Juss Nimba
Memory problem Bacopa monnieri (Linn.) Pennell Brahmi
Inflammation and
diuretic need
Boerhaavia diffusa Punarnava
Severe constipation Cassia angustifolia Vahl. Rechani
Muscle spasm Cedrus deodara (Roxb.) Devadaaru
Memory problem Celastrus paniculatus Willd. Jyotishmati
Nerve weakness Centella asiatica (Linn.) Urban. Mandukaparni
Malaria and fevers Caesalpinia crista Linn. Natakaranja
Inflammation Curcuma longa Linn. Haridraa
Diabetes Eugenia jambolana Lam. Jamboo
Dysentry Holarrhena antidysenterica Wall. Kutaja
Convulsions Masilea minuta Linn. Sunisannak
Liver toxicity Picrorhiza kurroa Royle. Kutuka
Mild constipation Plantago ovata Forsk Ishadgola
Skin white spot Psoralea corylifolia Linn. Bakuchi
Low breast milk Pueraria tuberosa DC. Vidarikanda
Low muscle mass Sida rhombifolia Linn. Mahabala
Fever Swertia chirata Buch.-Ham. Kairata
Heart weakness Terminalia arjuna W. and A. Arjuna
Mental distress, physical
exhaustion, and inflammation
Withania somnifera Dunal Ashwagandha

2.5.4 Bhasma
The oxidized form of metal and mineral preparations, called bhasma, is also extensively
used in Ayurvedic medicine. Bhasmas are metal or mineral powder formulas made by
specific Ayurvedic text procedures with several herbs and herbal extracts and subjected
to very precise heat treatment. The common metals and minerals used in making bhasmas
for therapeutic use are gold, silver, copper, mercury, iron, zinc, tin, arsenic, gypsum, lime,
alum, borax, silica, diamond, ruby, emerald, saphire, jade, moonstone, sunstone, turquoise,
and mica.
Procedures to make bhasmas are very complicated and involve dozens of steps and many
herbs and herbal extracts. These procedures detoxify toxic metals like mercury. If any of
the steps in the procedure are either omitted or not properly carried out, then safety is
compromised. The pure metal salts do not account for unique pharmacological properties
of their bhasmas. For example, pure mercury salts do not account for the antiarthritic
The science and art of bhasmas, a separate branch of pharmacy known as Rasa Shastra, is
2.5.5 Rasayana
The word rasayana is made up of two Sanskrit words, rasa (nutrition) and ayana (transportation
in the body). Thus, rasayana refers to compound preparations containing multiple
herbs and minerals that improve transportation of nutritional materials to body
tissues. The fundamental underlying theme of rasayanas is nutrition. They are part of the
overall balanced diet. Rasayanas are claimed to improve vitality, rejuvenate body tissues,
improve immunity, and prevent aging. Rasayanas may act in a variety of ways by improving
the nutritional value of the food, digestion and absorption of nutrients, transportation
of nutrients to tissues, bioavailability of nutrients, metabolism of nutrients in tissues,
immunity, and by cleaning the srotas (microcirculatory channels or pores) which improve
uptake of micronutrients. Basically, rasayanas are classified into three categories: (1) Ajasrika
rasayana (nutrition, dietary) is taken regularly with food as nutrition; (2) Kamya rasayana
(normal health promoter) is indicated to improve vigor, vitality, and to make a healthy
person feel better; and (3) Naimittika rasayana is indicated to promote vitality in a particular
disease. Kamya rasayana is further classified into three categories: (1) Pranakamya rasayana
(promoter of life vitality and longevity); (2) Medhakamya rasayana (promoter of intellect);
and (3) Srikamya rasayana (promoter of skin complexion and luster). Ayurvedic physicians
should be consulted to determine the appropriate rasayana required depending upon the
health needs.
Rasayanas are the Ayurvedic equivalent to modern dietary supplements. It is understandable
that vitamins, minerals, and biologically active steroids, alkaloids, glycosides,
tannins, and a variety of antioxidants present in rasayanas would be a good source in
providing necessary nutrients to the body. Sometimes an overdose of pure vitamins in
modern dietary supplements can cause serious side effects. There is virtually no possibility
of an overdose of any specific vitamin or mineral from a rasayana.
2.5.6 Formulas
The drug treatment in Ayurveda primarily consists of herbal formulas, bhasmas, rasas
(mercury is always an ingredient of rasas), and medicated oils and ghee (for topical
described in Chapter 6.
activity of mercury bhasma. There are several hundred metal bhasmas described in texts.

application, nasal drops, and enemas). A single herb is rarely administered to a patient
in Ayurveda; generally a formula made up of several herbs is used. They are always given
with other foods or herbal items, e.g., honey, ghee, ginger, etc., which help mitigate toxicity
and may increase absorption of certain ingredients, thus obtaining the desired therapeutic
effect. Herbal formulas are favored in Ayurveda because the founders of Ayurveda recognized
the possible synergistic and counterbalancing effects of herbs.
Sometimes none of the herbs in a formula exhibit therapeutic effects individually, but
the formula could nevertheless be effective. Recently, a formula (Trasina) made up of
Withania somnifera, Tinospora cordifolia (Wild) Miers, Eclipt alba Hassk, Ocimum sanctum
Linn, Picrorrhiza kurroa Royal ex Benth, and Shilajit (rock sweat, collected from rocks)
showed beneficial activity in diabetic rats, whereas no such effect was seen with individual
herbs.4 This example illustrates the fact that a rapid screening program to assess biologic
activity of single herbs or purified constituents of a herb may not necessarily confirm or
disprove a health claim because of possible synergistic effects of the combination of drugs
or adjuvant. Ayurvedic formulas are analogous to vegetarian food where an experienced
cook makes the difference in taste and benefits. All the chemical constituents of milk
consumed individually are not likely to give benefits equal to that of an equivalent amount
of whole milk consumed. It is therefore important that Ayurvedic formulas as described
in Ayurvedic texts be evaluated for therapeutic benefits along with the individual active
herbs.
There are several thousand formulas described in Ayurvedic texts that are recommended
for over 200 well-identified diseases. In the 1970s, a panel of Ayurvedic experts was
appointed by the government of India to evaluate the formulas in Ayurvedic texts. The
panel compiled an “Ayurvedic Formulary of India.”5 It has over 560 evaluated formulas
including 22 bhasmas and 55 rasas and yogas (preparations containing mineral drugs as
main ingredients). Some formulas have dozens of herbs; for example, Jirakadi Modaka has
46 herbs and Shiva Gutika has 49 herbs.
Individual plants and plant constituents have been studied for therapeutic activity in
recent scientific studies. Therapeutic effects have been confirmed by clinical and biological
2.5.7 Yoga
Yoga is used not only as a therapy, but also to improve general health and vitality. Yoga
is defined as the inhibition of fluctuations of consciousness.6 In effect, it restrains mental
the means by which the mind is controlled and redirected into constructive channels.
Pantanjali, a famous sage, advocated two methods to control the mind: constant practice
and detachment. Although Yoga is conceived today as a combination of physical postures
and breathing exercises, Ayurvedic texts actually describe several components of Yoga
such as ethical practices, punctuality of daily routine, physical-posture exercises, breathing
exercise, sensorial practices, and meditation practices. Today, breathing and physicalposture
exercises are collectively known as Yoga. The practice of Yoga alone or in combination
with other Ayurvedic therapies has been noted in Ayurvedic texts as beneficial in
certain diseases, such as hypertension, bronchial asthma, anxiety, neurosis, gastrointestinal
disorders, headache, insomnia, obesity, anxiety, and depression. It is suggested that the
autonomic nervous system is improved by Yoga, resulting in a relatively hypometabolic
state, thereby lessening the energy demands on the body. The efficiency of the cardiovascular
and respiratory systems is also significantly enhanced by Yoga.
testing for many of them. A few examples are given in Table 2.11.
activity. Mind in total is composed of three faculties: brain, intellect, and ego. Yoga teaches

2.5.8 Massage
Vital points exist where muscle, cartilage, nerves, and bones join each other. The life
energies are believed to be concentrated at these points. There are 22 vital points on the
upper extremities, 22 on the lower extremities, 12 in the abdominal areas, 14 in the back,
and 37 in the neck and head. Manipulation and massage of these points has been used in
Ayurveda to treat diseases and strengthen the body. Ayurvedic massage is the combination
of massage with medicinal oils and acupressure. Because lipophilic materials can be easily
absorbed through skin, medicated oil massage can be a very effective therapy. Specific
medicated oils and types of strokes are chosen based on the disturbed dosas, body constitution,
injury, and disease condition.
The basic strokes of massage include (1) friction where pressure is applied by thumb
and finger tips more on muscular part, and gentle pressure on bony parts; (2) kneading,
deep or superficial; (3) rounding; (4) wringing or twisting; (5) chucking; (6) stroking; (7)
percussion; (8) vibrations; (9) joint movement; and (10) soft, gentle massage with thumbs
and palm. Ayurvedic massage is useful for general weakness, fatigue, arthritis, musculoskeletal
disorders, tennis elbow, lumbago, frozen shoulder, backache sprains, and aches.
Massage is also found useful for nervous system disorders, psychosis, drug addiction,
gynecological disorders, menopausal syndrome, postdelivery recovery, myocardial infarction,
ischemic heart disease, functional heart disease, cold hands and feet due to bad
circulation, varicose veins, psychological problems, obesity, loss of weight, stamina, and
disturbed digestive system.7 Contraindications for massage therapy are fever, indigestion,
and patients undergoing cleansing processes.
Massage is also advised for healthy people to maintain their health and relieve muscular
fatigue after a heavy physical activity or exercise.
2.6 Summary
Basically, Ayurvedic health care is based on the principle that body, mind, and soul must
be in harmony for health and happiness. Each of these has to be nurtured for an individual
to create health. Ayurveda recommends daily activities in detail, e.g., getting up before
sunrise, routine physical exercise, meditation, and diet according to the body constitution
with seasonal adjustments in lifestyle and sexual activities to maintain an optimum balance
of dosas to prevent illness. Unhealthy lifestyles, exposure to various physical, chemical,
and biological agents, extreme weather conditions, unhealthy diets, and overexertion from
physical or mental activities are considered the major causes of imbalance of dosas. Cleansing
of the body from waste products of the illness is necessary to eradicate an illness and
prevent its recurrence. Finally, management of an illness essentially consists of elimination
of causes of the imbalance of dosas, administration of various Ayurvedic formulas, dietary
changes to bring dosas back into balance, elimination of serious worry, and nurturing the
soul to regain spiritual health.
Research activity on Indian medicinal plants over the past 50 years has been extensive.
Data on more than 5000 Indian medicinal plants have been complied in the Compendium
of Indian Medicinal Plants by Rastogi and Mehrotra.8 The data include research studies on
pharmacological and therapeutic activity, pharmacognosy, plant chemistry, and established
chemical structures of chemical constituents. Research on more than 500 popular
Indian medicinal plants are similarly described in The Treatise of Indian Medicinal Plants by

Chatterjee and Pakarashi.9 Data on several hundred selected medicinal plants are also
compiled in other books.
Ayurveda, the traditional health-care system of India, is a complete and holistic healthcare
system that contains both preventive and therapeutic aspects. It has a defined diagnostic
system covering all physiological functions and organs, as well as specific treatments
and management techniques for each disease. Although Ayurveda is thousands of years
old, many of its core principles are consistent with modern medicine. Ayurvedic medicine
offers a wealth of relatively effective, safe, and economic health-care therapies. Its therapies
provide relief for many chronic illnesses such as musculoskeletal disorders, rheumatoid
arthritis, osteoarthritis, diabetes, obesity, nervous disorders, etc. Ayurvedic medicine has
been successfully integrated with allopathic medicine in India. Certainly, a great potential
exists for its integration into the health-care system in the U.S.
References
1. Mishra, L., Singh, B.B., and Dagenais, S., Ayurveda: a historical perspective and principles of
the traditional healthcare system in India, Altern. Ther. Health Med., 7(2), 36–42, 2001a.
2. Mishra, L., Singh, B.B., and Dagenais, S., Healthcare and disease management in Ayurveda,
Altern. Ther. Health Med., 7(2), 44–50, 2001b.
3. Shikantha Murthy, K.R. (translator), Sodhanadigana Samgraha, in Vagbhatt’s Ashtanghradaya,
Vol.1, Krishnadas Academy, Varanasi, UP, India, 1999, chap. 15.
4. Bhattacharya, S.K., Satyan, K., and Chakrabaarti, A., Effect of Trasina, an Ayurvedic herbal
formulation, on pancreatic islet superoxide dismutase activity in hyperglycemic rats, Indian J.
Exp. Biol., 35, 297–299, 1997.
5. Ayurvedic Formulary of India, 1st ed., Government of India, Ministry of Health and Family
Planning, Department of Health, Government of India Press, Delhi, 1978.
6. Murthy, A.R.Y., Ayurveda and yoga, in Principles of Ayurvedic Therapeutics, Vinaya Kumaar,
A., Ed., Shri Satguru Publications, New Delhi, India, 1995.
7. Ranade, S. and Rawat, R., Healing Touch: Ayurvedic Message, Chaukhambe Sanskrit Pratisthan,
Delhi, India, 2000.
8. Rastogi, R.P. and Mehrotra, B.N., Compendium of Indian Medicinal Plants, Central Drug Research
Institute, Lucknow, and National Institute of Science Communication, New Delhi, printed at
Publication and Information Directorate of Council of Scientific and Industrial Research, New
Delhi, India, Vol. 1, 1990; Vol. 2, 1991; Vol. 3, 1993; Vol. 4, 1995; Vol. 5, 1998.
9. Chatterjee, A. and Pakrashi, S.C., The Treatise of Indian Medicinal Plants, Publication and Information
Directorate, New Delhi, National Institute of Science Communication (CSIR), Dr.
Krishnan Marg, New Delhi, India, Vol. 1, 1991; Vol. 2, 1992; Vol. 3, 1994; Vol. 4, 1995; Vol. 5, 1997.

Clinical Research Design: Limited Systematic
Review of Five Diagnostic Categories
Betsy B. Singh, Sivarama P. Vinjamury, and Vijay John Singh





Om Tat Sat
                                                        
(Continued...) 


(My humble salutations to H H Maharshi ji,  Brahmasri Sreeman Lakshmi Chandra Mishra ji and other eminent medical scholars and doctors   for the collection)

Friday, June 14, 2013

Scientific Basis for Ayurvedic Therapies -2























Scientific Basis for
Ayurvedic Therapies 


edited by
Brahmasree Lakshmi Chandra Mishra





1
of the act
contains a list of poisonous substances under the Ayurvedic and Unani system. In
addition to the above, other acts that are relevant to the manufacturing of Ayurvedic
drugs are the (1) Medicine and Toiletry Preparation Act, (2) Magic Remedies and Objectionable
Advertisement Act, (3) Poisons Act, (4) Weights and Measurement Act, (5) Shops
and Establishment Act, (6) Dangerous Drugs (Psychotropic and Narcotic Substances)
Act, (7) Patents Act, and, in the future, the (8) Biodiversity Act (which is in the offing).
Three types of agencies are involved in the administration of the acts and rules mentioned
above: the Drug Technical Advisory Board and Drug Consultative Committee,
which act as advisory bodies;

drug testing laboratories, which provide support by shouldering
the analytical responsibilities; and licensing and controlling authorities, which
function as the executive wing. The Technical Advisory Board and the Drug Consultative
Committee have been set up to advise the government on matters relating to ISM drugs.
The Drug Technical Advisory Board (Ayurveda, Siddha, and Unani Technical Advisory
Board) has been functioning regularly. The Drug Controller General of India is in charge
of licensing and enforcing the above acts and rules. At the state level are drug controllers
or Food and Drug Administration Commissioners who shoulder this responsibility. The
drugs manufactured in the Ayurvedic sector are also under their controlling authority. In
some states, like Kerala, there are officers trained in Ayurveda who provide technical
assistance to the enforcing authorities.
Manufacturing of Ayurvedic drugs, except in accordance with the prescribed standards,
is prohibited. It is essential to obtain a license from the licensing authority to manufacture
Ayurvedic drugs. Separate licensing is required for each of the manufacturing premises
maintained by the manufacturer. Manufacturing activity can also be undertaken through
a loan license. For drug manufacturing, it is necessary to maintain a certain level of hygiene
and optimum manufacturing conditions. These conditions are specified in Schedule T of
the act (mentioned under the schedule to the rules). On 23rd June 2000 an amendment
was made in the above act to specify GMP for Ayurveda, Siddha, and Unani drugs. Notice
was made to ensure that (1) raw materials used in the manufacture of drugs are authentic,
of prescribed quality, and are free from contamination; (2) drugs are manufactured according
to standard conditions; (3) adequate quality control measures are adopted; and (4) the
manufactured preparations released to the marketplace are of acceptable quality.

The ISM drug-manufacturing industry is in the process of technical upgrading to comply
with GMP norms prescribed by the government of India. To achieve the objectives listed
above, each licensee is expected to evolve methodology and procedures for following the
prescribed process of manufacture of drugs, which should be documented as a manual
and kept for reference and inspection. However, teaching institutions and registered,
qualified
Vaidyas
,
Siddhas
, and
Hakeems
who prepare medicines on their own to dispense
to their patients and not to sell such drugs in the market are exempt from the purview of
this practice. Part I of two parts contains specification regarding the maintenance of factory
premises; Part II contains the list of machinery, equipment, and minimum manufacturing
premises required.
For the implementation of drug testing provisions under the Drugs and Cosmetics Act
(1940) and Rules (1945), it is necessary to evolve pharmacopoeial standards. At present,
pharmacopoeial standards are available for 258 drugs, and 654 formulations have been
published in the
Ayurvedic Formulary of India
. The Department of ISM is developing
pharmacopoeial standards through pharmacopoeial committees. Three volumes of Part I
of the pharmacopoeia, called
Ayurvedic Pharmacopoeia
, have been published containing 258
monographs. The target is to cover 600 single drugs.
At present, there are more than 8000 licensed pharmacies in the country manufacturing
Ayurvedic drugs. There is the Mumbai-based Ayurvedic Drug Manufacturer’s Association
which can be contacted for further details about issues related to Ayurvedic drug manufacturing.
A drug-control cell in the Department of ISM deals with various issues pertaining to
quality control, import, export, classification of drugs under the Drugs and Cosmetics Act,
patents, and the establishment of a TKDL. It monitors and coordinates implementation
of legislation relating to drugs of ISM & H. The agency may be a good source for information
on matters related to regulations.
1.9 Globalization of Ayurveda
Globalization of Ayurveda has gained momentum. Many active groups have been formed
in many parts of the world, including developed countries, to spread the concept and
practice of Ayurveda. This is due primarily to the following three reasons: (1) the holistic
approach advocated by Ayurveda in therapeutic practice, (2) it has one of the most
extensive and profound conceptual bases among the TMSs of the world, and (3) its survival
for more than 2 millennium as a vibrant medical system. It is believed that Ayurveda has
the potential to develop into a global health-care system.
The first requirement is to undertake globalization of Ayurvedic education to generate
high-quality, competent manpower with the requisite communication skills to teach the
principles and practice of the system. There is a requirement to start introductory, short
and long-term courses as per the local requirement and situation in different parts of the
world. It is also necessary to start similar types of courses in the premier Ayurvedic
institutes in India. Some universities have already taken a step in this direction by starting
short- and long-term courses under its International Center for Ayurvedic Studies. Another
important requirement is to translate important Ayurvedic literature to major international
languages.
The second requirement is to globalize Ayurvedic practice and marketing of Ayurvedic
drugs. There are many obstacles to achieve this, especially in the developed countries.
The laws regulating these aspects are quite rigid and a lot of time, effort, and finance will

be required to comply with them. They do not take into consideration the conceptual
uniqueness of Ayurveda. A two-pronged strategy is required to overcome this problem.
The first one is to undertake multicenter collaborative studies on internationally acceptable
guidelines to prove therapeutic utility and safety of Ayurvedic drugs and practices. The
second one is to establish Ayurvedic clinics and hospitals in countries where there is no
such barrier. Standardization of Ayurvedic drugs and formulations should be given top
priority — without this it would not be possible to promote the utilization of Ayurvedic
drugs at the global level. Another aspect needs to be taken into consideration is the
possibility of existence of constitutional differences among different races and communities
as per the concepts of Ayurveda. Also, it would be necessary to explore the possibility
of utilization and integration of locally available flora into Ayurvedic practice of the
particular country or region.
Facilities have been established in many countries to impart short- and long-term training
in Ayurveda. Such facilities are available in the U.S., Argentina, Australia, Brazil, New
Zealand, South Africa, Czech Republic, Greece, Italy, Hungary, the Netherlands, Russia,
U.K., Israel, Japan, Nepal, and Sri Lanka.
1.10 Research at the International Level
At present, there are no international collaborative studies to validate the therapeutic
claims of Ayurvedic preparations except for some studies carried out on medicinal plants
used in Ayurveda. A recent review

points out that more than 13,000 plants have been
investigated during the past 5 years. A number of medicinal plants have been shown to
possess important pharmacological activities in preclinical testing; however, the generated
leads have not been adequately followed up with double-blind, placebo-controlled clinical
trails. The following drugs are identified for such studies based on existing biological and
clinical data:
Curcuma longa, Boswellia serrata, Picrorhiza kurroa, Terminalia chebula, Emblica
officinalis
,
Bacopa monnieri, Boerhaavia diffusa, Phyllanthus niruri, Celastrus paniculatus, Ocimum
sanctum, Gymnema sylvestre, Momordica charantia, Commiphora mukul, Withania somnifera,
Pterocarpus marsupium, Tinospora cordifolia, Trichopus zeylanicum,
and
Terminalia
arjuna.





One of the main lacunae that becomes apparent for any reviewer of this sector is
that most of the studies are undertaken on an individual pharmacologic-effect basis. These
studies need to be organized and reviewed. Such a review of these studies is likely to
provide scientific basis to the traditional usage of Ayurvedic therapies. It is also of utmost
importance that sufficient attention be paid to the conceptual basis that underlies selection
of a drug or group of drugs to treat a particular disease condition. Furthermore, many
more studies are required to be undertaken on multicomponent formulations and assessment
of possible drug interactions when a person who is already on modern drugs takes
herbal preparations. If the recent trends are any indications, interest in medicinal plantbased
preparations and traditional medical systems is bound to increase.
List 1: Postgraduate Study Centers
1. Central Drug Research Institute, Chattar Manzil Palace, Lucknow 226 001

2. Dabur Research Foundation, 22, Site IV, Sahibabad, Ghaziabad 201 010
3. Himalaya Drug Company, Research and Development Centre, Makali, Bangalore
563 123
4. Institute of Medical Sciences, Faculty of Ayurveda, Banaras Hindu University,
Varanasi 226 004
5. Institute of Postgraduate Teaching and Research in Ayurveda, Gujarat Ayurved
University, Post Box no. 4, Jamnagar 361 008
6. National Institute of Ayurveda, Madhav Vilas Palace, Ajmer Road, Jaipur 302 002
7. National Institute of Pharmaceutical Education and Research (NIPER), Sector 67,
SAS Nagar, Mohali, Punjab
8. National Botanical Research Institute (NBRI, Lucknow), Rana Pratap Marg Lucknow
226 001
9. R.A. Podar Medical College, Dr. Annie, Bessant Road, Worli, Mumbai 400 018
10. Regional Research Laboratory, Canal Road, Jammu, Jammu and Kashmir 181 001
11. State Ayurvedic College, Tulsidas Marg, Turia Ganj, Lucknow 226 004
12. Swami Prakashananda Ayurveda Research Centre (SPARC), 13th N A S Road,
Mittal Nagar, JBPD-Scheme, Juhu, Mumbai 400 049
13. Tropical Botanical Garden and Research Institute (TBGRI), Pacha, Palode Trivandrum
695 562
14. Zandu Research Foundation attached to Zandu Pharmaceutical Works Ltd., 70,
Gokhale Road South (Dadar), Mumbai 400 025
List 2: Regional Research Institutes (RRIs)
RRIs under Central Council for Research in Ayurveda and Siddha (CCRAS), 61-65,
Institutional Area, Opp. D-Block, New Delhi 110058, Ph: 011-5528748/5536520/5624457
(O), 5614971 (R).
Addresses
1. Road No. 66, Punjabi Bagh, New Delhi 110026, Ph: 011-5919128/5411059, Fax:
5464546
2. R.A. Podar College, Worli, Mumbai 400 018, Ph: 022-4947822, Fax: 4947833 (O)
0250-462991 (R)
3. 4, CN Block, Sector V, Bidhan Nagar, Calcutta 700 091, Ph/Fax: 033-3673808
4. RCRI, AA Govt. Hospital Campus, Arumbakkam, Chennai 600 106, Ph: 044-
6214809(O), 6214925 (G), 6265857 (R)
5. Cheruthuruthy, Via. Shoranur, Trichur, Kerala 679 531, Ph/Fax: 0488-462366,
462543 (O), 462544 (H), 622175 (R)
6. No. 1, Bhubaneswar 751 009, Ph/Fax: 0674-530125, 531941 (H), 570650/570705 (R)
7. Moti Bagh Road, Patiala 147 001, Ph/Fax: 0175-212393, 228361(H), 212348 (R)
© 2004 by CRC Press LLC
Ayurveda — A Potential Global Medical System
13
8. Govt. Ayurvedic Hospital, Amhho, Gwalior 474 009, Ph/Fax: 0751-323307, 430317
(Fax), 327959 (R).
9. 474/6, Sitapur Road, Lucknow 206 020, Ph/Fax: 0522-369156, 362341/732238(R)
10. Indira Colony, Jhotwara, Bani Park, Jaipur 320 016, Ph/Fax: 0141-200812/206063,
392174/399646 (R)
11. 1044 Jagnada Chowk, KDK College Rd., Nandanwan, Nagpur 440 009, Ph/Fax:
0712-714230, 242310 (R)
12. Govt. Central Pharmacy Annexe, Ashoka Pillar, Jayanagar, Bangalore 560 011, Ph/
Fax: 080-6562030, 2272208 (R)
13. Poojapura, Trivandrum 695 012, Ph/Fax: 0471-340628, 342070 (R)
14. Indira Gandhi Municipal Stadium Complex A, First Floor, North Wing, Vijayawada
520 010, Ph/Fax: 0866-472535, 481512 (R)
15. Govt. Pharmacy (Upstairs), Indira Nagar, Gorimedu, Pondicherry 605 5006, Ph:
0413-272420 (O), 202097 (R)
16. D Block, Rajindra Memorial Res. Institute Bldg., Agam Kuan, Patna – 800 007,
Ph/fax: 0612-631678, 345775 (R).
17. Borsojai (Bhetapara), Beltola, Guwahati 781 028, Assam, Ph: 0361-303714
18. Tadung, Gangtok, Sikkim 737 102, Ph/Fax: 03592-31494, 81649/81662 (R)
19. New Itanagar 791 111 (Arunachal Pradesh), Ph/Fax: 0361-212284, 211498 (O),
212520 (R)
20. 20, Rewari Chowk, Jammu 180 005, Ph/Fax: 0191-546475
21. Gandhi Bhawan, Mandi 175 001 (HP), Ph/Fax: 01905-35236
22. Tarikhet 263 663 (Uttaranchal), Ph/Fax: 05966-64227, 64222(R)
23. Gwalior Road, Jhansi 284 003 (UP), Ph/Fax: 05174-442132
24. Tajmanzil, Sardar Bagh, Junagadh 362 001, Ph/Fax: 0285-631631
25. Nehru Garden, Kothrud, Pune 411 029, Ph: 020-5383138, Fax: 5386715, 5442338 (R)
26. Indian Institute of History of Medicine, Osmania Medical College Buildings, Putlibowli,
Hyderabad 500 095, Ph/Fax: 040-4657388, 3511259 (R)
27. CSMDRIA, A.A. Govt. Hospital Campus, Arumbakkam, Chennai 600 106, Ph: 044-
6214823/6207566 (O), 6282487 (R)
Chennai 600 113, Ph: 044-2541537
95123380338 (R)
30. CCRAS Main Office, #61-65, Institutional Area, Opp. D. Block, New Delhi 110 058,
Ph: 5528748/5624457
Address: Jawahar Lal Nehru Bhartiya Chikitsa Avum Homeopathy Anusandhan Bhavan,
Ph: 91-011-5614970/71/72, Fax: 91-011-5528748
No. 61-65, Institutional Area, Opp. D Block, Janakpuri, New Delhi 110 058 (India)
Further details can be obtained from the Council’s headquarters:
29. Regional Research Institute (Ay), Hastinapur 250 404, Ph/Fax: 95123380176,
28. Dr. A. Laksmipati Research Centre for Ayurveda, VHS Medical Centre, Adyar,

 







Om Tat Sat
                                                        
(Continued...) 


(My humble salutations to H H Maharshi ji,  Brahmasri Sreeman Lakshmi Chandra Mishra ji and other eminent medical scholars and doctors   for the collection)