Astrology and Ayurvedic Plants ©Ramesh Waygaonkar and Dr. Radha Raman Das This is a research paper on
astrological factors and the efficacy of Ayurvedic plants based on a study
undertaken by the authors who are from Indira Gandhi Academy of Environmental Education, Research and Eco planning,
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Introduction EVER SINCE the birth of human beings on planet earth, man has been completely dependent on natural resources around him for his survival and basic needs. The story of evolution of civilization is the story of acquisition of knowledge regarding these natural resources and their utilisation for human welfare. Since the very beginning, men have used plants for' their basic requirements of food, fodder, fuel, fiber, spices, condiments, oil, timber and medicine. If plants can express themselves, they will have the same opinion for men as man has for the parasite like the flea and germ living on him. |
The stars and planets seen in the sky must have bewildered man since the very beginning. The changing pattern of stars and planets in the sky and the happenings on the surface of the earth must have prompted him to correlate the happenings of the sky with the events occurring on the surface of the earth. The relation between lunar cycle and tides was established, perhaps, since beginning of the civilization. The recurring changes resulting in .seasons must have fascinated man and he would have attempted to draw its relation with the combinations of heavenly bodies which is termed as astrological phenomena. |
The stars and planets act merely as pointers to the auspicious and inauspicious periods for a particular happening in the life of human beings. For the success, therefore, human effort and auspicious moments are both essential. Man's efforts yield maximum benefits only when they are made at an auspicious period. Man plunges into action with full vigour but often meets with failure during inauspicious moments, but when he acts at the auspicious moment, his achievements are phenomenal. The planets also effect plants and animals. The falling and formation of leaves, flowering and fruiting occur during a particular season. The sunflower capitultim moves with the movement of the Sun, opening and closing its flowers in a diurnal cycle. These are examples of the relation between planetary movements and biological activities |
The planets exert their effect on plants and their medicinal properties too. Despite the uses of all pathological and sonographical tests, often it becomes difficult for the medical practitioner to diagnose disease correctly and such patients are used as experimental, tools. Disease diagnosis is infalliable in astrology. Disease diagnosis requires remedial measures for early recovery or eradication of ailment. Shushruta and Charaka have given various good Muhurthas for treatment and administration of medicines in Ayurvedic treatises such a Charaka Samhita. Shushruta Samhita, Nighantu, Rajnighantu etc. It has clearly been mentioned in these treatises mat the medicinal efficacy of plants is best exhibited when they are collected during die period of a particular Nakshatra. Preparation of medicine should also be done during the period of that Nakshatra. The medicine so prepared, if used by the patient on the day of the Nakshatra, will lead to early recovery. It therefore warrants an investigation to find out if there is any change in the chemical composition of the ingredients when plants are collected and processed for medicine in particular Nakshatras. |
Ancient Indian scriptures have reference to medicinal plants being used as drugs. Such descriptions are found in all the four Vedas. The earliest reference is found in the Rig-Veda. It has a description of 67 medicinal plants. There is a separate chapter as Oushadha Sookta. Rig-Veda 10:96/1-23 sonnets and Yajurveda sonnets 12/77, 89, 18/12 give a list of 81 medicinal plants, whereas Atharva Veda sonnets 8/7/14 and 11/6/16-17 describes 291 medicinal plants. Ayurveda is a branch of the Atharva Veda. Elaborate descriptions are available in Agni purana, Padma purana, Varaha Purana etc. which are of a later date. Padma Purana Srishti Khanda 28-32, Uttara Khanda 28/13-18 and Srimad Bhagwatam, Chapter X 22/34-35 carry references to the significance of plants. Agni purana gives a clear description of medicinal importance for anatomical and physiological diseases in the human body. Rig-Veda, Chapter VI-22 says "Oh Almighty God. They Grace protects water and drugs that are beneficial to mankind like a best friend." Ayurveda is closely connected with the Rigveda and Atharvaveda. In the ancient Vedic period, various therapies were adopted to combat ailments and various practices have been evolved as an aid to Ayurveda. Many formulae have been prescribed in Ayurveda, though the most frequently and popularly used formulations are thousands in number. The basic classification of plants with reference to stars and planets has been described in Narada Purana, Narada Samhita, Sharda Tilak, Vidyarnava Tantra, Trishkandha Purana and Brihat Sushruta. But nowhere has, a detailed study of chemical ingredients of plants been given for such classification. |
An English astronomer, herbalist, doctor and astrologer, Nicholas Culpepper, in the 17th century, correlated stars, planets and herbs according to ruler ship e.g., chamomile having volatile oil, yellow in colour containing anthemic acid, tannic acid and glucosides as governed by the Moon. It is used for diseases caused by the Moon as an antispasmodic in treating cough and cold tod is tonic. Mars rules Capsicum annum (cayenne pepper) whose chief chemical is cayennin and is associated with heat like fever and swelling. |
Medication for the cure of diseases is based on the chemicals derived from chemicals directly or the synthesis of the chemicals in laboratory. Thus, classification is based on either the plant or chemical derived from the herbs e.g. the Sun governs the helianthus annus (sunflower) plant. Whose main chemical are ergosterol and calciferol which are also, therefore, governed by the Sun and either directly from the sunflower plant or produced through chemical synthesis. Jupiter mainly governs the chemical pyridoxine which is predominantly found in musa sapientum (plantain). This plant is also governed by Jupiter. |
Methodology The present work has been undertaken with a view to study in depth the characteristics of plants said to be associated with planets and Nakshatras. The work entails scientific analysis of the claims made in oriental treatises and by doctors (Vaidyas) and astrologers thus providing a scientific basis to the knowledge embodied m oriental treatises. This medicinal system throughout the world uses certain herbs predominantly for the cure of human diseases. The treatises of Ayurveda contain much information about tat curative properties of various plants when collected at a particular time. Present paper deals with scientific evaluation of efficacy of plants when collected underthe constalation to which the plants have been attributed. |
Plants coming under various Nakshatras growing in die Upper Gangetic Plain have been identified and were collected during the relevant Nakshatras. These plants were also analysed for their active principle contents, the analysts being done as per standard method of analysis |
Chemical and physiological changes in plants: Star day vis a vis general Day. The physio-chemical characteristics of nine commonly used plants in Ayurveda and assigned to the nine planets Sun, Moon, Mercury, Jupiter, Venus, Saturn, Rahu and Ketu with their respective Nakshatras were collected and classified into General Day and Nakshatra Day sample. These were dried and pulverised to powder to study their various physio-chemical properties of active chemicals and their values. 1. Moisture Contents: By infrared moisture balance. 2. Solubility: Soluble in water or alcohol. 3. pH of Solution : pH was measured on Elico Digital pH meter. 4. Ash Contents: The pulverised powder was dried and burnt. The weight of ash was taken and percentage calculated. The ash was dissolved in hydrochloric acid and heated for further dissolution. It was filtered by filter paper. The weight of insoluble was taken and percentage was calculated. This was tested for alkaloids, flavinoids, quinones, and steriods as specific chemicals. |
Observations from Ancient Texts Plants and Planets The affinity of a plant by a governing planet is analysed on the basis of duration and period of flowering and fruiting of a plant and period of the star. The plant of the star used to cure the diseases and those diseases governed by a planet or combination of planets are noted. Plants are used as remedies for diseases. The rulership of planet over plants can be shown by some illustrations. The fruits of juglanas regia (walnut) appear as circumvolutions of the brain. |
Astrologically,
Mercury governs the brain and its activity is governed by the Sun. Both these
planets govern the walnut The two lobes of the' seeds of coffea arabica (coffee) are apparently identical to the
two cerebral lobes of the brain which are governed by
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Planets, Herbs and Stones Another type of analogy between planets and herbs is that some parts of herbs used as a substitute for a particular gem are assigned to a planet as has been shown in Table I. |
To reduce the ill-effects of planets, meditation, contemplation, havan and precious stones were often resorted to, but precious stones being costly, were, at times, not within the reach of the common man. Therefore, roots of the plants have been used as a substitute for precious stones as shown in Table 1. Table 1 Plants, Planets and Gems |
SI. Na |
Botanical name of plant |
Vernacular Name |
Planet |
Stone or Gem |
1 |
Aegle marmelos |
Bael |
Sun |
Ruby |
2 |
Mimusops hexandra |
Khimi |
Moon |
|
3 |
Hemidesmus indicus |
Indian sarsaparilla |
Mars |
Coral |
4 |
Opuntia dillenii |
Nagfani |
Mars |
Coral |
5 |
Clerodendron serratum |
Bharangi |
Jupiter |
Topaz |
6 |
Curcuma longa |
Haldi |
Jupiter |
Yellow sappier |
7 |
Musa saplmtum |
Keta |
Jupiter |
Yellow agate |
8 |
Tephrosia purpuma |
Purple |
Venus |
Diamond |
9 |
Punfca granatum |
Anar |
Venus |
Diamond |
to |
Rubia cordifolia |
Indian maddar |
Venus |
Diamond |
11 |
Ricinus commnuis |
Eranda |
Venus |
Zircon |
12 |
Rumex vesicarkis |
Sorrel |
Venus |
Zircon |
13 |
Lettsomia nervosa |
Argyreta |
Mercury |
Emerald |
14 |
Pterocarpus santalanus |
Latchandan |
Saturn |
Blue sapphire |
15 |
Santalum album |
Chandan |
Rahu |
Gomed |
16 |
Rauwolphia seipentina |
Sarpagandha |
Rahu |
|
17 |
Withania somnifera |
Ashwagandha |
Keta |
Cats eye |
Indeed, havan is a scientific method to cure disease though inhalation of the vapour and smoke emanating through the havan. Plants were classified into 9 groups to match the 9 planets for offering into the havan as samidha. Table 2 shows the classification as given in Garuda Purana. |
Table 2
Samidha for Planets
Planet |
Vernacular Name |
Latin Name |
sun |
|
Calotropis procera |
Moon |
Palash (Dhak) |
Butea monosperma |
Mars |
Khadir (Khair) |
Acacia catechu |
Mercury |
Apamarg (LaQira) |
Achyranthus aspera |
Jupiter |
Pipal |
Ficus religiosa |
Venus |
Audumbar (gular) |
Ficus glomerata |
Saturn |
Shami |
Prosopis cineraria |
Rahu |
Durva |
Cynadon dactylon |
Ketu |
Kusha |
Desmostachya biptnoata |
Observations In Ayurvedic treatises each Nakshatra period has been assigned certain plants. These Nakshatras are said to be responsible for certain diseases. Some of the common plants growing in the Upper Gangetic Plain, assigned to various Nakshatras, are listed in Table 3 with details of their vernacular name, botanical name, and family, the part of the plant used as medicine, active chemicals and therapeutic use. |
According to Ayurvedic literature, the curative properties of plants differ from Nakshatra to Nakshatra, their collection in a particular period and the processing of drugs as affected by the Nakshatra. The Nakshatra-wise list of plants growing in the Upper Gangetic Plain has been drawn and their active principles identified. Nine plants each assigned to a planet and a Nakshatra have been selected for the study. The active principles of these plants were identified. They were collected during the Nakshatra to which they are assigned and also on a general day. The analysis with respect to moisture content, solubility, pH of solution, total ash contents and acid ash test has been carried out. The results are given in Table 4. Table 4 indicates that ash content and acid ash test indicative of curative characteristics are quantitatively higher in samples collected during the Nakshatra to which the plant is assigned, as compared to the same estimated for the sample of the plant collected on a general day without reference to the Nakshatra. |
Table 3 Nakshatras, Plants and Diseases Ruled by Nakshatras Proof not corrected
ID |
Nakshatra |
Name |
Family |
Botanical Name |
Part Name |
Active Chemical |
Therapeutic Use |
1 |
Aswini |
Kutaki |
Scrophularieceae |
Picronhizea kurroa |
Root |
Picrorrtizin, cathartic acid, glucose, wax |
Meningitis high fever |
2 |
Aswini |
Rakhiphool |
Passsfioraceae |
Passiflora quadrangulans |
Leaves |
Passiflorine |
Spasm |
3 |
Aswini |
Coffee |
Rubiaceae |
Coffea arabica |
Seeds, leaves |
Caffeine |
Migraine, meningitis |
4 |
Bharani |
Eranda (oil) |
Euphorbiaceae |
Ricinus communis |
Root, leaves, seed oil |
Ricin, oilate, palmtin-synin |
Liver disorder |
5 |
Bharani |
Dhataki |
Lytheraceae |
Woodfordia fruticosa |
Flower |
Tanin |
Vaginal discharge |
6 |
Bharani |
Gwarpatha |
Berberidaceae |
Aloe vera |
Flower and leaves |
Barbaric acid |
Pulmonary catarrh |
7 |
Bharani |
Isabgole |
Plantaginaceae |
Plantago major |
Full plant |
Mucilage |
Mucus reins |
8 |
Krutika |
Harsingar |
Oleaceae |
Nyctanthus arbortristis |
Leaves, bark |
Nyctan-thine |
Malaria |
9 |
Krutika |
Chawal |
Poacaae |
Oryza sativa |
Seeds, leaves |
Fats, vitamins |
Piles, indigestion |
10 |
Mrigasira |
Shunti |
Scitaminaceae |
Zingiber offtinale |
Stem |
Malic acid, alkali |
Indigestion, flatulence |
11 |
Mrigasira |
Pyaj |
Liliaceae |
Allium cepa |
Bulb, leaves |
Cholesterol |
Pains, sciatica, fever, skin disease |
12 |
Mrigasira |
Kuchla |
Loganiceae |
Strychnos nuxvomica |
Seed, fruit |
Alkaloid strychina, brucia |
Itching, haemoptyasis |
13 |
Aridra |
Pipata (bark) |
Urticaceae |
Flcus mligiosa |
Bark, fruit, leaf |
Tannicadd, rubber wax |
Bronchial asthma, bronchitis |
14 |
Aridra |
Tambakoo |
Solanaceae |
Nicotiana tabacum |
Leaves |
Nicotine, nicotinamide |
Eosinophila, Giddiness, injury |
15 |
Punarvasu |
Hingu |
Umbelliferae |
Ferula foetida |
Latex |
Alkyl per sulphide asaresinotannot, mafic, formic, valoriamic, actitic and ferullic acid |
Indigestion, gastritis |
16 |
Punarvasu |
Kalmegha |
Acenthaceae |
Andrographis paniculata |
Root, stem, fruit, leaves |
Kalmeghin chlorohyil Nad, K-Salt |
Liver disorder |
17 |
Punarvasu |
Arka |
Asclipiadeceae |
Calatropis procera |
Flower, roots, leaves |
Malic acid, potash |
Dropsy, worms |
18 |
Pushya |
Babool |
Fabaceae |
Aicacia arebica |
Fruit, bark leaf, stem, gum |
Taminic acid, Arabic acid Ca, Mg, K. Gum |
Dental disorders, pyorrhoea |
19 |
Pushya |
Kutaja |
Apocynaceae |
Holarrhena anlidysentehca |
Seed, bark |
Kurchichicine, kuchine |
Diarrohoea, dysentry |
20 |
Pushya |
Vijaysar |
Fabaceae |
Ptemcaipus santotinus |
Bark |
Kinotanic acid, Pyrocatichin, Galic acid |
Diabetes |
21 |
Pushya |
Hadjod |
Vitiaceae |
Vitis quadrangularis |
Stem, leaves |
Resins |
Diarrhoea some junction |
22 |
Aslesha |
Sonpha |
Umbelliferae |
Foeniculum vugare |
Seeds, fruits |
Anethote |
Diarrhoea, dysentery, indigestion |
23 |
Aslesha |
Tulsi |
Labiate |
Ocimum sanctum |
Leaf, root seed |
Yellow green oil basi, camphor |
Cough |
24 |
Aslesha |
Kassni |
Asteraceae |
Cichorium endivia |
Root |
Aconite Mg, Alumina |
Dyspepsia |
25 |
Makha |
Shirisha |
Fabaceae |
Albizzia lebbeck |
Bark, seed, leaf, flower |
Saponin |
Bronchial asthma |
26 |
Makha |
Raasna |
Orchidaceae |
Vanda roxburgxii |
Seed |
Glucosides |
Arthritis, gout |
27 |
Jyeshta/ Aslesha |
Vidhara |
Conolvulaceae |
Lettsoinia nervosa |
leaves |
Kamferien |
Cuteneous affections |
28 |
Poorvaphakjuni |
Pudina |
Labiate |
Mentha virktis |
Leaf, stem |
Piperment thymol |
Vomiting |
29 |
Poorvaphakjuni |
Satawari |
Liliaceae |
Asparagus officinalis |
Stem |
Starch |
General tonic |
30 |
Poorvaphalguni |
Seb |
Rosaceae |
Pyrus ma/us |
Fruit |
Ferric contents |
Aneurysm, cardiac problems |
31 |
Uttaraphalguni |
Bel/ bilva |
Rutaceaa |
Aegle Marmelos |
Root, bark, leaf, fruit |
Mucilage, pectin, tanin, marmetosione |
Diarrhoea, dysentery, heart disease |
32 |
Uttaraphalguni |
Neema |
Meliacae |
Azadirachta Indica |
Flower, seed, leaves, bark |
Margosine, volatile oil, margosa oil, afkali, K. Fe. AICO, |
Piles, scabies bowels |
33 |
Hasta |
Palasha |
Fabaceae |
Butea monosperma |
Bark, flower, seed, leaf |
Kitonamic acid, galic acid, moodooga oil or kino oil |
Worm infestation |
34 |
Hasta |
Dhaniya |
Umbelliferae |
Coriandrium sativum |
Seed, root, flower stem |
Malic add coriander oil coriandrol, geranial babini oil |
Fever, typhoid |
35 |
Hasta |
Loonuk |
Portulaceae |
Portulaca oleracea |
Fruit, leaves |
Olicadd |
Fever, anxiety |
36 |
Chitta |
Vidanga |
Myrsinaceae |
Emblia ribes |
Fruit |
Embelic add, volatile oil, rot, christembine alkali, tannic acid |
Worm infestation |
37 |
Chitta |
Ashoka |
Fabaceae |
Saraca indica |
Bark, seed, flower |
Haematoxylin tanin, cataohini |
vaginal discharge |
38 |
Chitta |
Ashwagandha |
Solanaceae |
Withania somnifera |
Root ■ |
Somniferin alkali |
Anxiety neurosis, mild hypertension |
39 |
Chitta |
Kapikachhu |
Fabaceae |
Mucuna prunius |
Seed, root |
Rol, lamun, Mn |
Neurosis worms |
'40 |
Chitta |
Beltari |
Cucurbitaceae |
Bryonia alba |
Leaves, fruit |
Requinane crossferic acid |
Fever |
41 |
Swati |
Kanta karanja |
Fabaceae |
Caesalpinia bonducella |
Seed, fruit, root |
Protein, starch nalina, banducin |
Malaria, eczema |
42 |
Vishaka |
Bharangi |
Verbenaceae |
Cterodendron senatum |
Root |
Starch, Rol, fat alkali |
Bronchial asthma |
43 |
Vishaka |
Haridra |
Scitaminaceae |
Curcuma longa |
Stem |
Curvumin turmeric oil, rol, alkali, vermonine |
Uraemina, diabetes, asthma, wounds |
44 |
Anuradha |
Parasika yavani |
Solanaceae |
Hyoscyamus
|
Leaf, seed |
Hyoscyamine hyosdne |
Pain in abdomen, cough, diarrhoea |
45 |
Anuradha |
Afim |
Papevaraceae |
Papavar somnifervm |
Latex, seed |
Sedatives |
Narcotic effects |
46 |
Jyeshta |
Aanvla |
Euphorbiaceae |
Emblica offidnalis |
Fruit |
Galic add, tank; add, albmin cellulose vit. C. |
Peptic ulcer, uterine ulcer, syndrome |
47 |
Jyeshta |
Haritiki |
Combretaceae |
Terminalia chebula |
Fruit |
Tanic, galic acid, chelrilinic add |
Constipation, piles, bowels, fistula |
48 |
Jyeshta |
Lodra |
Symplonaceae |
Symplocus recemosa |
Root, leaves, fruit, leaves, bud |
Salidficadd, potassium, calcium |
vaginal discharge leucorrhoea |
49 |
Moola |
Bhringaraja |
Asteraceae |
Eclipta alba |
Leaves |
Eciptine |
Peptic ulcer, syndrome |
50 |
Poorvashada |
Baragad |
Urticaceae |
ficus bangalensia |
Bark, leaves, fruit, stem |
Tanin, rubber |
Diabetes |
51 |
Uttarashadha |
Bakuchi |
Fabaceae |
Psoralia corylifolia |
Seed oil, seeds |
Rol, alkali, vermonine albimin |
Leucoderma • |
52 |
Rohini |
Kantakari |
Solanacae |
Solanum xanthocerpum |
Leaf, flower, fruit seed, bark, stem |
Solamine, Kd, K. No3 Fe Solamcarpine |
Cough, bronchial asthma |
53 |
Sravana |
Punamava |
Nyctaginaceae |
Boerhaavia drffusa |
Root seed, leave, flower, fruit, stem |
Punamavine, alkali, K. no3 fat . So4, CaNo3 |
Oedema |
54 |
Sravana |
Apamarag |
Amaranthaceae |
Acbyranthes aspera |
Root, seed, leaf, stem, fnit, flow&r |
Alkali, potash |
Leprosy |
55 |
Sravana |
Bishloomba |
Cucurbitaceae |
Citrullus cotosynthis |
Root, leaves |
Colosynthin, ferulic acid |
Goul, rheumatism |
56 |
Sravana |
Adusa |
Acanthaceae |
Adhatoda vasica |
Root, leaf, flower |
Oil fat, fol, vasidne, aadhatodic acid, gum |
Cough |
57 |
Dhanishta |
Lahasuna |
Liliaceae |
Allium sativum |
Stem, oil |
Allumin, volatile OH, sulphur comp. |
Indigestion, heart tonic |
58 |
Poorvabhadra |
Sankhapushpi |
Convolvulaceae |
Evotwkis alsenoides |
Root stem, fruit, flower |
Alsenoiden, crepic acid branhim |
Anxiety, neurosis, mild hypertension |
59 |
Uttasabhadra |
Gokharu |
Zygophyllacae |
Tribulus tenesths |
Fruit, root, stem, leaf, flower |
Berberine strach |
Urinary tract, oleos, infection, fever |
60 |
Utarabnadra |
Guggulu |
Burseraceae |
Commiphom mukul |
Latex |
Gumerol |
Arthritis |
61 |
Uttarabhadra |
Karpoor |
Lauraceae |
Cinnamomum camphora |
Latex, root |
Volatile oil |
Sprain, anodyne, adynaemia |
62 |
Revathi |
Baheda |
Comberetaceae |
Terminalia be/erica |
Bark |
CaCo, Ca. salt, tannin, Al. Mg. |
Heart tonic, elixir |
63 |
Revathi |
Guductii |
Menispimacae |
Tinospora cardifolia |
Stem |
Berberine |
Fever |
64 |
Revathi |
Chirboii |
Solanaceae |
Physalis indica |
Leaves, bark |
Alkaloids |
Gout |
65 |
Revathi |
Badi Sounf |
Apiaceae |
Pimpinella anethum |
Roots, fruits |
Thymol, anethol |
Flatulence, abdominal disorders |
Table 4
Qualitative and Quantitative Characteristics of Plants Assigned to Planets and Nakshatras
Planet |
Nakshatra |
Botanical Name |
vernacular Name |
Moist Cont |
Solubility |
pHSol % |
Ash total % |
Acid Ash Test% |
Quantitative ve comp. |
Chemical |
Sun |
Uttamphalguni |
Aegle marmetos |
Bihwa |
6-25 |
18-48 |
7-0 |
13-57 |
4.25 |
Quinons |
Pectin margalocin |
General Day |
Aegb marmetos |
Bihwa |
6-60 |
18-50 |
7-3 |
7.57 |
1.43 |
Quinons |
Pectin margalocin |
|
Moon |
Rohini |
Acorns calamus |
vacha |
9-82 |
10-78 |
5.6 |
10-61 |
4-39 |
Quinons alkaloids |
Acorin starch, calcium oxalate |
General Day |
Acoms calamus |
Vacha |
10-03 |
18-28 |
5-71 |
5-01 |
0.47 |
Quinons alkaloids |
Acorin starch, calcium oxalate |
|
Mara |
Chitta |
Ptstada intsgerrima |
Karkatashrungi |
4-08 |
31-7 |
4-80 |
5.45 |
0-865 |
Flavanoids, alkaloids |
Corticosteroids |
General Day |
Ptstada intsgerrima |
Karkatashrungi |
4.40 |
30.8 |
5.80 |
4.49 |
0.865 |
Flavanoids, alkaloids |
Corticosteroids |
|
Mercury |
Jyeshta |
Baccopa monerria |
Bramhi |
8-80 |
21.63 |
6.40 |
16-90 |
14-73 |
alkaloids |
Branhim alkali |
General Day |
Baccopa monerria |
Bramhi |
7-90 |
16-49 |
6.45 |
13-78 |
9.49 |
alkaloids |
Branhim alkali |
|
Jupiter |
Poorvattadra |
S*rfve//us efeemmfes |
Shankhapushpi |
740 |
19-21 |
6-70 |
2741 |
254)4 |
Quinons alkaloids |
Gelsin glucosides |
General Day |
Evolwlus alsenokfos |
Shankhapuihpi |
6-4 |
10-78 |
6-71 |
2742 |
21-71 |
Quinons alkaloids |
Gelsin glucosides |
|
Venus |
Bharani |
Ocimum sanctum |
Tulsi |
7.80% |
15-48 |
5-25 |
6-74 |
2-79 |
Alkaloids flavanoids |
Metatile oils, malarin |
General Day |
Ocimum sanctum |
Tulsi |
8-20 |
15-10 |
6.40 |
5-28 |
1.59 |
Alkaloids flavanoids |
Metatile oils, malarin |
|
Saturn |
Anuradha |
Tinospora cordifolia |
Guduchi |
10-02 |
16-71 |
6.40 |
6.48 |
0.601 |
Alkaloid steroids |
Glionin, gliosterol, glucoside |
General Day |
Tinospora cordifolia |
Guduchi |
8.47 |
11.80 |
7-21 |
5-51 |
0-331 |
Alkaloid steroids |
Glionin, gliosterol, glucoside |
|
Rahu |
Shatatarka, shatabhisha |
Plumbago zylanicum |
Chitramul |
5-2 |
7.80 |
5-85 |
3-78 |
1-09 |
Flavanoids alkaloid |
Plumbagin |
General Day |
Plumbago zylanicum |
Chitramul |
8-04 |
10.61 |
6..61 |
3-33 |
0-99 |
Flavanoids alkaloid |
Plumbagin |
|
Ketu |
Makha |
Nardostychis jatamasi |
Jatamasi |
4-51 |
9-27 |
5-27 |
15-12 |
13-21 |
Alkaloid Flavanoids |
Esters alcohol |
General Day |
Nardostychis jatamasi i |
Jatamasi |
8-01 |
12-12 |
5.61 |
14-52 |
10.38 |
Alkaloid Flavanoids |
Esters alcohol |
It has been observed in many patients that the same drug administered at different times manifests differently and exhibits variations in its curative properties. In this case also, it has been observed that the maximum efficacy is achieved when the drug is administered during the period of the Nakshatra to which that herb is assigned. These facts clearly indicate that the postulates laid down in astrological, Ayurvedic and ancient treatises have great bearing both on the commencing of the disease and its treatment by specific herbs or the chemicals contained in those herbs assigned to a planet and / or Nakshatra. The science of astrology perceives a holistic approach based on the twelve houses and the placement of the 9 planets in them, their ' relationship and aspects. All these together : constitute a complicated system in which perception and prediction of the overall effect becomes extremely difficult. Coming to conclusions without in depth and analytical study of the horoscope can make a mockery of medical astrology and astrological predictions. But a careful analysis and scientific holistic approach towards the reading of a horoscope can easily translate into a scientific and statistically analyzable reality. The use of medical astrological principles can be quite helpful in correct diagnosis of certain problematic diseases and their cure by carefully selecting appropriate herbs or chemicals contained in them. Conclusion Ancient Indian society utilised all the axioms of knowledge gathered till then for all activities of life. The cure of disease has also not remained in isolation from this belief of the society. Thus a very intimate and practical relation was drawn between astrological principles and the herbs attributed to a particular Nakshatra and / or planet for the, cure of disease caused due to the effect of those Nakshatras and planets. This worked very well in the cure as well as abatement of diseases. The “scientific revolution” has smothered astrological knowledge and pushed it back branding it mystical knowledge. This has led to the neglect of astrology in the treatment of disease The present research, therefore, has been undertaken to reestablish the relationship between the astrological diagnosis of a disease and its cure through herbs of me active chemicals obtained from herbs mat can cure the disease. The analysis and the results obtained clearly prove astrology is a valid science. Thus, there is a great need to reform the disease management, strategy through the use of astrological principles and herbs associated with specific Nakshatra planets to achieve the required goal of heath and happiness in society. This article / paper published in 2002 February astrological magazine. |
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