Jaina Biology

Author(s): J C Sikdar
Publisher: ZZ_Anusandhan
Catalog link: https://jainqq.org/explore/269128/1

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JAINA BIOLOGY (1) - J. C. Sikdar 1. Jaina Biology and the Scientific Method Biology is the science of living substance (Jivadravya)' which is different from non-living substance (ajivadravya)? It is a very old science of living substances for solving the fascinationg riddle of life. The survival of early men required a knowledge of such basic facts as which plants and which animals could be safely taken as food and medicine. In the Jaina Agamic literature the word 'Jivatthikaya'is used to refer to any living substance, plant or animal, from nigoda" (micro-organism) up to the pancendriya manusya' (five-sensed human beings), just as the word 'organism's in modern age is used to denote any living thing, plant or animal, from amoeba to man. The study of Biology began with the Jainas on the basis of the doctrine of animism? and ahimsa (non-violence) in the hoary past, besides the requirement of food to sustain life with a sense of spiritual value of life of all beings. They kept in view the concepts of living substance as contained in the Vedic and post-Vedic literature, describing the external and intemal parts of plants and animals with their nomenclature, classifications, etc. Biology as an organized science can be said to have begun with the Greeks" in the West on the basis of the knowledge of such basic facts as which plants and which animals were useful as food and medicine. "They and the Romans described the many kinds of plants and animals known at the time."}? Galen (131-200 A.D)," the first experimental physiologist, made experiments to study the functions of nerves and blood vessels. Biology expanded and underwent alteration greately

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31 JET-89.123 in the nineteenth century, and it has continued this trend at an accelerated pace in the twentieth century due to the discoveries and techniques of physics and chemistry. Sources of Scientific Information on Jaina Biology : The ultimate source of each fact of Jaina Biology contained in the Jaina Agamic and post-Agamic works is in some carefully controlled observation made by the Jainacaryas. They have made a discovery in the world of life, plants and animals, by their critical observation on them; they have described their methods in details so that their followers can repeat them, have given the result of their observations, discussed the conclusions to be drawn from them, perhaps formulated a theory to explain them, and indicated the place of these biological facts in the present body of scientific knowledge contained in the Jaina Agamnas. The Scientific Method: The facts of Jaina Biology as embodied in the Jaina canons are gained by the application of the scientific method, yet it is difficult to reduce this method to a simple set of rules of modern Biology that can be applied to the Jaina biological science, because the sceptical scientists of modern age want confirmation of the statement by the independent observation of another in any scientific investigation. "The basis of the scientific method and the ultimate source of all facts of science is careful, close observation and experiment, free of bias, with suitable controls and done as quantitatively as possible."l4 The observations made by the Jainacaryas on the word of life, plants and animals, may be analyzed, or simplified into their constituent parts in the light of modern Biology, so that some sort of order can be brought into the observed phenomena. Then the parts can be synthesized or reassembled and their interaction and interrelations discovered on the scientific basis. A method

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3TTHET-919. 124 has been followed by the Jainas to see through a mass of biological data and they suggest a reason for their interrelations, as science advances only by scientific investigations : hypothesis, observation, revised hypothesis, further observation and so on. In the words of Einstein "In the whole history of science from Greek philosophy to modern physics, there has been constant attempts to reduce the apparent complexity of natural phenomena to some simple, fundamental ideas and relations.'5 Some of the practical uses of a knowledge of Jaina Biology will become apparent in the fields of medicine and public health, in agriculture and conservation, its basic importance to the social studies, and its contribution to the formulation of a philosophy of life, together with aesthetic values, as it is impossible to describe the forms of life without reference to their habitats, the places in which they live, in a given region, being closely interrelated with each other and with the environment in the closely interwoven tapestry of life. 2. Some Generalizations of Jaina Biological Science The idea that living systems are distinguised from nonliving ones by some mysterious vital force (paryapti) has gained acceptance in Jaina Biology, while one of the basic tenets of modern Biology is that "the phenomena of life can be explained in terms of chemisyry and physics."'\7 The idea that the living systems are not distinguised from nonliving ones by some mysterious vital force has only recently gained ground in Biology, only 40 years ago, when the German embryologist, Hans Driesch, postulated the theory of the existence of transcendent regulative principles, entelechies, which control the phenomena of life and development."18 There appear to be no exceptions to the generalization that all life comes only from living things. Like the experiments of Pasteur, Tyndal and others,'' just century ago finally, the Jainacaryas, provided convincing proof that micro-organism.

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374979-819. 125 such as, nigodas, earth quadrates, etc., i.e. bacteria, are also incapable of originating from non-living material by spontaneous generation. It seems clear that nigodas require the presence of pre-existing nigodas,20 just as the virus of modern Biology does so. Nigodas (micro-organisms) do not arise de nove from non-nigodas, just as viruses do not do so from non-viral material.21 Elements of the idea that all of the many kinds of plants and animals existing at the present time were not created de novo and were eternally exsiting and have descended from previously existing organisms are clearly expressed in the jaina texts, 22 but they have their gradations.23 The theory of organic evolution that all of the many kinds of plants and animals "have descended from previously existing simpler organisms by graduals modifications which have accumulated in successive generations has gained ground among the modern Biologists as one of the great unifying concepts of Biology. Elements of this were implicit in the writings of certain Greek philosophers before the Christian era, from Thales to Aristotle."24 The Jaina studies of the development of many kinds of animals and plants from ferilized eggs or embryo26 to adult leads to the generalization that organisms tend to repeat in the course of their embryonic development, some of the corresponding stages of their evolutionary ancestors. According to the theory of recapitulation, embryos recapitulate some of this embryonic forms of their ancestors,27 while modern Biology goes a step forward and states that "the human being, at successive stages in development resembles in certain respects a fish embryo, then an amphibian embryo, then a reptilian embryo and so on." 28 Inter-relations of Organism and Environment : A careful study of communities of plants and animals

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3TTHET-89 * 126 in a given area as described in the Jaina Agamas leads to the generalization that all living beings in a given region are closely interrelated with one another and with the environment. It includes the idea that particular kinds of plants and animals are not found at random over the earth but occur in interdependent communities of producer, consumer and decomposer-organisms together with certain non-living components. These communities can be organized and characterized by certain dominant members of the group, usually plants, which provide both food?' and shelter for many other forms. This eco-system is one of the major unifying generalizations of Biology. These few biological principles given here are intended to emphasize the fundamental unity of Jaina biological science and the many ways in which living substances are interrelated and interdependent. Like all ancient people, the Jainas lived in close association with nature and made a scintific study of the world of life, plants and animals, by careful observations on their lives, activities and properties, etc., over a long period of time The result of their discoveries as embodied in the Agamas is conducive to further studies of the problems and mysteries of the world of life on the basis of new information and further revisions of some of these principles. Foot-notes 1. Bhagavati Sutra, sataka 25, uddesaka 2. sutra 720; Sthananga Sutra. 2,95, p.86; PaNGNGavana Sutta 1.3, p, 4. 2. Bhagavati Sutra, 25.2.720.; Pannavana Sutta, 1.3.p.4.; Jivabhigama Sutta, P.5 3. Bhagavati Sutra, 20,2, 665. 4. Ibid., 25.5, 749. 5.Ibid, 33, 1. 844. 6. Biology, C. A. Valiee, p.16. 7. "Se bemi samtime tasa pana, tamjaha-amdaya poyaya jpraua rasaa sainseyaya/sammucchima ubbiyaya esa samsaretti pavuccai" Acaranga Saira, adhyayana 1, uddesaka 6, sutra 48, etc. *Se hu muni porinnayakamme" (54).. Ibid; See SBE Vol. XXII, PL. I, p. 11, Book ). Lecture 1. 6th lesson; Sutrakstanga I, Adhyayana 7.

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3TRT -949 * 127 Pudhavi ya au agani ya vau, tana rukkha biya ya tasa pana/Je amdvya je ya jarauipana, sarseyaya je resayabhihana (l)" etc.... up to "Nidhuya kammam na pavamcuyci, akkhakkhae va sagadam ti bemi"-30. See SBE XLV, Pt. II, pp. 293, 302, Satrakrtanga, Book 1, Lecture 7. 8. Bhagavati Satra, 2.1.92, 95; 8.5.328; 11.9.417; 11.22.435. 9. See the Indian Journal of History of Science, Vol. 5, No.1, 1970, Biology in Ancient and Medieval Indian, Dr. R.N. Kapil, pp. 125-132. 10. Ibid. 11. Biology, p.1. 12. Ibid. 13. Ibid, p.3. 14. 15. Ibid, p.4. 16. Paryapti (Vital force), Navatattva prakaranam, V. 6, p.12; 17. Lokapraksas, Vinayavijayaji, Pt. I, 3rd Sarga, VV. 15 ff. Biology, p.9. 18. Biology, p.9. 19. Ibid. 20. Bhagavati Satra, 25.5.749 Nigodas are of two kinds, viz. Nigodaka and Nigodajiva (fine and gross nigodas). They are the collections of infinite number of beings, making minute group, having common breathing in and out (respiration), sensefeeling. They, longing for development, continue evolution of life through the successive Jivaparyayas (modes of beings of soul) and they provide the supply of beings in the place of those who have attained liberation, Thus the universe does not become and will not become empty of living beings (Bhagavati, 12. 2. 443). 21. Biology, p. 9. 22. Bhagavati Sutra, 12.2. 443; Taitvartha Satra, 5.3. (Nityavasthitanyarupani ca) 23. Bhagavati Sutra, 12.2.443. 24. Biology, p. 10. See A History of Greck Philosophy, Vol.I, II and III, by W. K. C. Guthrie; Aristotle by Ross. 25. Bhagavati Satra, 7.5.282. 26. Bhagavati Sutra, 7.7.283. 27. Ibid, 1.7.61.; Tandulaveyalya, 6. p.10. 28. Biology, p. 11. According to the Bhagavati Sutra (1. 7. 62), the foetus in the mother's womb remains like an umbrella or the side ribs of human body; the em: bryo appears to be like a humpbacked mango (ambakhujjae). 29. Bhagavati Sutra, 6. 7. 246; 6. 6.330; 7. 3. 227; 8.3. 324; 8. 5.330:21.2. 691.22.6. 692; 23. 1.993; etc.; Sutrakrtanga II, 3.

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JAIN BIOLOGY (2) CELL STRUCTURES AND FUNCTIONS 1. The Fabric of Life As defined, Biology is the science of living substances (jivadravayas). The field of Jaina Biology deffentiates the living from the non-living by using the word 'Jivattikaya'' (organism) to refer to any living things, plant or animal, just as modern Biology does. So it is relatively easy to see that a man, a Sala tree, a creeper and an earthworm are living, whereas pieces of matter (pudgala)," e.g. earth, stones, etc., are not so. But according to modern Biology, "it is more difficult to decide whether such things as viruses are alive." Jaina Biology, states that the fabric of life of all plants and animals is paryapti (Sakti=Vital force) or Prana (life force) in another way, i. e. paryapti appears to be the actual living material of all plants and animals. There are stated to be six kinds of paryapti, viz. aharaparyapti (vital force by which beings take, digest, absorb and transform molecules of food paricles into khala (waste producs) and rasa (chyle=molecules of nutrients or energy)", sariraparyapti (vital force) by which chyle or molecules of nutrients (=rasibhutamaharam) are utilized by beings for the release of energy, the building of blood, tissue, fat, bone, marrow, semen, etc.,' indriyaparyapti'(vital force by which molecules of nutrients or chyles suitable for building senses are taken in and provided to the proper place so that beings can have the perceptual knowledge of the desired sense-objects by the sense-organs)?4 acchvasaparyapti's (Vital force by which particles of respitation are taken in, oxidized for energy and left out (as carbon dioxide and water), bhasaparyapti 6 (vital force by which beings, having taken proper particles of speech,

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3GHT-24 * 129 emit them as speech) and manahnaryapti (vital force by which beings, having taken particles for dusts] of mind, transform them by the mental process and give vent to them as the mental force, i. e. thought). It appears that this paryapti (vital force) is not a single substance but varies considerably form organism to organism (i.e. one-sensed to five-sensed being), among the various parts of a single animal or plant, and from one time to another 18 within a single organ or part of an animal or plant. There are six paryaptis, but they share certain fundamental physical and chemical characteristics." It is stated that there are ten kinds of prana20 (living material or life force), viz. five indriyapranas (life force of five senses), ucshvasaprana (life force of respiration), ayuprana (life force of length of life), manovak-kayapranas (life forces of mind, speech and body). Actually speaking, these ten pranas are almost contained in six paryaptis, e. g. indriyaparyapti contains five indriyapranas, anapranaparyapti - ucshvasaprana, sariraparyapti = kayaprana, bhasaparyapti = Vakprana, manahaparyapti = manahaprana, onlyayuprana appears to be an addition. Thus it is found that most of the paryaptis and the pranas have common names. So the question is whether there is any difference between them. The Gommatasara explains the diffrence in this way that paryapti is attainment of the capacity of developing body, mind, speech and five senses, while prana is the activity of those funtionaries.21 It is further explained that one-sensed beings possess four pranas or balas (life-forces), viz. sense of tough, respiration, length of life and body; two-sensed beings have six pranas, viz. Senses of touch and taste, respiration, length of life, body and speech, three-sensed being have seven pranas, viz.

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3TTHET-869130 senses of touch, taste and smell, respiration length of life, body and speech; four-sensed beings have eight pranas viz. senses of touch, taste, smell and sight, respiration, length of life body and speech. In asamjni pancendriya jivas (fivesensed beings having no physical mind) but psychical mind there are nine pranas viz. sense of touch, taste, smell, sight and hearing, respiration, length of life body and speech, while there are ten pranas in Samjni pancendriya Jivas (five-sensed beings having physical mind and psychical mind) viz. senses of touch, taste, smell, sight and hearing, respiration, length of life, body, speech and mind.22 According to the Carvakas, life (as well as consciousness) is result of peculiar chemical combinations of non-living matter or the four elements, in organic forms as the intoxicating property of spirituous liquor is the result of the fermentation of unintoxicating rice and molasses. Similarly, the instintive movements and expression of new born babies (sucking, joy, grief, fear, etc.) take place mechanically a result of external stimuli as much as the opening and closing of the lotus and other flowers at different times of the day or night24, or the movement of iron under the influence of loadstone. 25 In the same way, the spontaneous reproduction of living organisms frequently occurs, e.g. animalcules develop "in moisture or infusions, especially under the influence of gentle warmth (Svedaja, Usnaja, damsamasakadayah)"26 or the maggots or other worms originate in the rainy season due to the atmospheric moisture in the constituent particles of curds and the like and begin to live and move in so short a time.27 Acharya Haribhadra Suri has refuted Bhutacaitanyavada of the Materialists long before the Samkhya in the following manner. It is the doctrine of the Materialists that this world is formed of only five great elements (mahabhutas), viz.

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3IHETS-869 * 131 earth, etc. and there is no existence of soul nor the unseen force anywhere in the world.28 The other Marerialists maintain the view on the contrary that elements are non-conscious (acetana). Consciousness is not the character of elements nor the result of elements, while soul is the name of that tattva (reality) with which (soul) consciousness is related (as character or result).29 If conciousness would have been the character (quality) of elements, then it should have been found in all elements at all times, just like that the existence (existentiality), etc. (general character) and hardness, etc. (particular character) are found in the elements at all times in which they are found.'0 Now Haribhadra Suri refutes Bhutacaitanyavada in this way that consciousness exists in elements as force (sakti), for this reason it is not perceptible, but consciousness existing in elements as force cannot be said to be non-existing in elements." This force (sakti) and consciousness are either non-different by all means from each other or different by all means from each other. If they are non-different, then this force becomes consciousness and if they are different, consciousness should be related with something else.2 Again, the point of non-manifestation of cetana (consciousness) does not seem to be logical, because there is no other entity (Vastu), covering consciousness and it is for this reason that the number of realities will go against the doctrine of the Materialists on the admission of the existence of such an entity.!! Haribhadra Suri further advances the argument to refute the contention of the Materialists that this thing is directly proved that the element has got the nature of these two

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3 -89.132 qualities or characters-hardness and non-livingness and when consciousness is not of the nature of these two characters (i. e., cannot exist with these two), then how can it be accepted that it was born out of elements ?34 If cousciousness does not exist in individual (i.e. uncombined elements, then it cannot exist in the combined elements just as (like that) oil cannot exist in sand particle. And if consciousness exists in the combined elements, then it should exist also in individual elements and so on. In conclusion Haribhadra Sari maintains the view after refuting the doctrine of Bhatacaitanyavada of the Materialists with his cogent arguments that the existence of force (Sakti), etc. in soul and of the unseen force (adrsta), which makes the possibility of sakti etc. in soul, should be accepted and this unseen force (adrsta), which is different from soul, is real and of many kinds and comes into relation with soul. 36 The Samkhya makes the reply to the materialists' view on caitanya in the following manner that "the intoxicating power in liquor is a force, i. e., a tendency to motion. This force is the resultant of the subtle motions present in the particles of the fermented rice, molasses, etc. A motion or a tendency to motion, can in this way be the resultant of several other motions and tendencies."37 "But caitanya (consciousness) is not a motion, and cannot be the resultant of (unconscious) natural forces or motions. Neither can the consciousness of the Self, or of the organism as a whole, be supposed to be the resultant of innumerable constituent particles of the body. One central abiding intelligence is simpler and therefore more legitimate hypothesis than an assemblage of consciousness latent in different bhutas or particles, 9.38 The Samkhya philosophy maintains the view that Prana (life) is not Vayu (biomechanical force) nor it is mere mechanical motion generated from the impulsion of Vayu.is

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(HNI -9 133 The five vital forces, viz. Prana, apana, samana, udana, and vyana" are stated to be Vayu in metaphorical way. Prana (life) is in reality a reflex activity, a resultant force of the various concurrent activities of the Antahkarana, i. e. "of the sensorimotor (Inanedriya-Karmendriya), the emotive (manah) and the apperceptive reactions of the organism."#40 According to Vijnanabhiksu, this explains the disturbing effect on the vitality of pleasurable or painful emotions (like love = kama) of mind (manas), one of the internal senses involved in the reactions of the living organism."! Thus Prana of the Samkhya is not a Vayu nor is it evolved from the inorganic matters (Bhutas), "but is is only a complex reflex activity (Sambhuyaika vstti) generated from the operations of the psycho-physical forces in the organism."42 In agreement with the Samkhya the Vedantists hold the view that "Prana is neither a vayu nor the operation of a vayu."'43 But they differ from the former's view that Prana is a more reflex or resultant of concurrent sensori-motor, emotive and apperceptive reactions of the organism. If eleven birds, put in a cage, concurrently and continually strike against the bars of it in the same direction, it may move on under the impact of concerted action. But the sensory and motor activities cannot in this way produce the vital activity of the organism, because the loss of one or more of the senses does not result in the loss of life. This is above all the radical distinction between them. There is the sameness of kind (Samajatiyatva) between the motions of the individual birds and the resultant motion of the cage, but Prana is not explained by sensations, but it is a separate principle (or force), just as the mind and antahkaranas generally are regarded in the Samkhya. It is a sort of subtle "ether-principle" (adhyatmavayu) pervasive of the organism, not gross vayu, all the same subtilized matter like the mind itself, as everything

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3737T-810 * 134 other than the soul (atma), according to the Vedanta, is material (jada). Prana is prior to the senses, for it regulates the development of the fertilized egg, "which would purify, if it were not living, and the senses with their apparatus originate subsequently from the fertilized agg."+ Caraka45 explains vayu as the impelling force, the primemover, which sets in motion the organism, the organs (including the senses and the mind), arranges the cells and tissues, unfolds or develops the foetal structure out of the fertilized ovum. According to Caraka and Susruta, there are five chief vayus with different functions for the maintenance of the animal life, viz. prana, udana, samana, vyana and apana, as mentioned in the Sarkhya Susruta"7 describes prana as having its course in the mouth and function in deglutition, hiccough, respiration, etc., udana in articulation and singing, samana as digesting the food substance in the stomach in conjunction with the animal heat, vyana as causing the flow of blood and sweat, and apana with its seat in the intestinal region as throwing out the urinogenital secretions. 48 In the mediaeval philosophy 49 there is mention of forty nine vayus among which there are ten chief Vayus, viz. (1) Prana, (2) Apana, (3) Vyana, (4) Samana, (5) Udana, (6) Naga, (7) Kurma, (8) Krkara or Krakaro, (9) Devadatta and (10) Dhananjaya. 50 Prana has the function in the ideo-motor verbal mechanism and vocal apparatus, the respiratory system, the muscles in coughing, singing, etc., apana in ejecting the excretions and wastes, the urine, the faeces, the sperm and germ-cells etc., vyana in extension, contraction, and felxion of the muscles, tendons, and lingaments, the stored up energy of the muscles, udana in maintaining the erect posture of the body, naga in involuntary retching and vomitting, kurma in the automatic movement of the eyelids, winking, etc., krkara in the appetites,

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37787a-89 * 135 hunger and thirst, devadatta in bringing about yawning, dozing, etc. and dhananjaya in causing coma, swooning and trance.si The study of the different views on Prana or Vayu shows that Jaina paryapti or prana is neither a result of peculiar chemical combinations of non-living matter as advocated by the Carvakas nor a complex activity of the Samkhya but a sort of separate principle (adhyatma vayu) pervasive of the organism as defined by the Vedanta, an impelling force, the prime-mover of Caraka and Susruta. It appears to be the actual living material of all plants and animals like protoplasm of modern Biology. Jaina paryapti and prana, the two unique forces, not explainable in terms of Physics and Chemistry, are associated with and control life. The concept of these forces may be called vitalism which contains the view that living and non-living systems are basically different and obey different laws. Many of the phenomena of life that appear to be so mysterious in Jaina Biology may be explained by physical and chemical principles with the discovery of future research in this field. So it is reasonable to suppose that paryapti, a mysterious aspect of life, although not identifiable with protoplasm, comes nearer to the latter because of its unique functions in the organisms. According to modern Biology, "protoplasm is the actual living material of all plants and animals. This is not a single substance but varies considerably from organism to organism, among the various parts of a single animal or plant, and from one time to another with a single organ or part of an animal or plant. There are many kinds of protoplasm, but they share certain fundamental physical and chemical characteristics."52 "The protoplasm of the human body and of all plants and animals exists in discrete portions know as cells. These are the microscopic unit of structure of the body, each of

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anusaMdhAna - 17* 136 them is an independent, functional unit, and the processes of the body are the sum of the co-ordinated functions of its cells. These cellular units vary considerably in size, shape and function. Some of the smallest animals have bodies made of a single cell; others such as; a man or an Oak tree are made of countless billions of cells fitted together."3 "The major types of organic substances found in protoplasm are carbohydrates, proteins, lipids, nucleic acids and steroids."54 Some of these are required for the structural integrity of the cell, others to supply energy for its functioning and still others are of prime importance in regulating metabolism within the cell." 9955 "Carbohydrates and fats (lipids) have only a small role in the structure of protoplasm but are important as sources of fuel; Carbohydrates are readily available fuel, fats are more permanently stored supplies of energy. Nucleic acids have a primary role in storing and transmitting information. Proteins are structural and functional constituents of protoplasm, but may serve as fuel after deanimation. The body can convert each of these substances into others to some extent. Protoplasm in a colloidal system, with protein molecules and water forming the two phases, and many of the properties of protoplasm-muscle contraction, ameboid motion, and so on-depend on the repaid change from sol (liquid condition) to gel (solid or semi-solid) state and back."56 Foot-notes 1. Bhagavati Sutra, 20, 2. 665. 2. Bhagavati Sutra, 33. I. 844; Uttaradhyayana Sutra, 155; Tattvartha Sutra, II. 24. 3. Bhagavati Sutra, 22. 1. 692. 4. Ibid., 23, 4. 693. 5. Tattvartha Sutra, II. 24. 6. Bhagavati Sutra, 2.10.118 7. Biology, p. 16. Ville, c. 4.

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3FT -89 * 137 8. Pajjaiti = Paryapti, Navtaitva Prakarana, v. 6; Dharmavijay, p. 12.; Gommastasara Jivakanda, vv. 118-119; Lokaprakasa, Vinayavijaya, Pt. I, 3rd Sarga, vv. 15 ff. 9. Jivavicara, yy. 42. 43; Gommatasara, Jivakanda, v. 129. 10. Navatattvaprakarana, v. 6 Ahara-sarira-iidiya, pajjati anapana bhas-amane / Cau-parca-chappiya, iga-vigala asanni-sanninam //" 6, Navatattva Prakaranam, Dharmavijaya and also see Lokaprakasa, Vinayavijaya, Pt. 1, 3rd Sarga, vy. 15 ff; Gommatasara, Jivakanda, 119. 11. Tatraisaharaparyapiiryayadaya nijocitam nayet / Prthakkhalarasatvenaharam parinatim nayet // Lokaprakasa, 1. 3. 17. 12. Vaikriyahara....... yachocitam tam rasibhutamaharam yaya saktya punarbhavi / Rasas?gmamsamedosthimajjasukradidhatutam/ nayedyathasambhayam sa dehaparyaptirucyate // (19) Lokaprakasa, p. 65; Pt. I, 3rd Sarga. 13. Dhatutvena parinatadaharadinidriyocitan/ Adaya pudgalamstani yathasthanam pravidhaya // (20) Iste tadvisayajnaptau yaya saktya sariravan paryaptih sendriyahyana darsita sarvadarsibhih (21) Ibid., pp. 65, 66. 14. According to the Prajnapana satra (Indriyapada), Jivabhigama Satra, Pravacanasaroddhara (Com.) etc., the power by which the molecules of nutrients or chyles which are ultilized for building of sense-organs are called indriyaparyapti, Vide, Ibid., p. 66. 15. Yayocchavasarhamadaya dalam parinamarya ca/ Tattayalambya muncet so 'accvasaparyaptirucyate // (22) Ibid., p. 66. 16. Bhasarham dalamadaya gisivam nitvavalambya ca/ yaya saktya tyajet prani bhasaparyaptiritpasau" // (29) Ibid., p.67. 17. Dalam latva manoyogyam tattam nitvavalambya ca/ yaya mananasaktah syanmanahparyaptiratra sa // (30) Ibid. 18. , Pajjattipatthavanam jugavam tu kamen hodi nitthavanam / artomuhuttakalenahiyakama tattiyalava // Gommatasara (Jivakanda), 120. The gaining of the capacities starts simultaniously, but the completion (of each of them) is effected gradually within the period of one antarmuhurta, which increases in the case of each succeeding one. Yet their total period docs not exceed one antarmuhurta. 19. lbid., 121. 20. Dasaha jivana pana imdiusasaujogabalaruva / egimdiesu cauru, vigalesu cha satta attheva ll (42) Asanni-samni-pamclimcimdiesu nava dasa kamena hoddhavva 43,

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37THUM-99 * 138 Jivavicara, Pamca vi imdiyapana manavaeikayesu tiaai balapana/ 21. Gommatasara, Jivakanda, p. 90. 22. Jivavicara, vv. 42-43, "Ekendriyesu-prthivyadisu calvarah, pranah sparsanendriyocchvasayuhkayabalrupah dvindriyesu calvarasta eva vagbalarasanendriyayutah say prana bhavanti tatha trindriyesu sa pranasta eva ghranendriyanvitah sapta bhavanti tatha caturindriyesu saptaiva caksurindriyasahita astau prana bhavanti/tatha asam nipancendriyesu astau ta eva srotrendriyayuta nave prana bhavanti/tatha sam nipancendriyesu ngvata eva manoyukta dasa prana bhavnti / Ibid., (Commentary), p. 2. 23. "Madasaktivat vijnanam/prthivyadini bhutani catvari tatvani/tebhya eva dehakaraparinatebhyah madasaktivat caitanyamupajayate /" Nyayamanjari, Jayanta, Ahnika, 7. p. 437 ff. 24. "Padmadisu prabodhasammilanavat tadvikarah /* Satra 19, Ahnika 1; Chapter III, Gautama's Nyaya Satra, p. 169. 25. "Ayaso ayaskantabhigamanavat tadupasarpanam," Ibid., Sutra 22, p. 171. 26. Positive Sciences of the Ancient Hindus, Dr. B. N. Seal, p. 239, 27. "Varsasu ca svedadina anatidaviyasaiva kalena dadhyadyavayava eva calantah putanadiksmirupa upalabhyante/", Nyayamanjari, Ahnika 7, Bhuta-Caintanypaksa, p. 440; The positive Sciences of the Ancient Hin dus, p. 240. 28. Prthivyadimahabhutakaryanatramidam jagat/ Na catmadrstasadbhavam manyante Bhutavadinah Il Sastra Vartasamuccaya, Haribhadrasuri, 1st stabaka, v. 30. 29. "Acetanani bhutani na taddharmo na tatphalam/ Cetana asti ca yasyeyam sa evatmeti capare ll", Ibid., v. 31. 30. Yadiyam bhatadharmah syat pratyekam tesu sarvada / upalabhyeta sattvadikathinatvadayo yatha // Ibid., v. 32. 31. Sakrirupena sa tesu sada'to nopalabhyate / . Na ca tenapi rupena satyasatyeva cenna tat // Ibid., v. 33. 32. Sakticetanayoraikyam nanatvam va'tha sarvatha / Aikye sa cetanaiveti nanatve anyasya sa yutah // Ibid., v. 34. 33. Anabhivyaktirapyasya nyayato nopapadyate/ Abstirna yadanyena tattvasarkhyavoridhatah / Ibid., v. 35. 34. Kathinyabodharupani bhutanyadhyaksasiddhitah/ Cetana tu na tadrupa sa katham laiphalam bhavet // Ibid., v. 43. 35. Pratyekamasati tesu na syad renutajlavat/ sati cedupalabhyeta bhinnarupesu sarvada // Ibid., v. 44. 36. Tasmat tadatmano bhinnan saccitram catmayogi ca/

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37THT-910139 Adrstamavagantavyam tasya saktyadisadhakam // Ibid., v. 106. 37. "Mada aktivat cet pratyekaparidrste samhatye tadudbhavah" Samkhya Sutra 22, Chapter III. "Nanu yatha madakatasaktih pratyekadravyavittirapi militadravye varttate, evam caitanyamapi syaditi cenna pratyekaparidrste sati samhatye tadudbhavh sambhavet / Prakrte tu pratyekaparidrstatvar nasti / ..... nanu samuccite caitanyadarsanena pratyekabhute saksmacaitanyasaktjranumeya iti cenna anekabhutenu anekacaitanyasaktikalpanayam gauravena laghayadekasyaiva nityacitsvarupasya kalpanaucityat /" Samkhyapravacanabhasya, Vijnanabhiksu, p. 18. cf. also "Bhulagatavisesagunanam sajatiyakaranagunajanyalaya karane caitanyam vina dehe caitanyasambhavat/" Ibid. Madye madasaktirna gunah madyarambhakanim pistagudamadhvadinam yat yasya karma tat karmabhirarabdham svasvakarmavirodhikarma yaducyate prabhava iti 1 Caitanyadikam na karma // Gangadhara's Jalpakalpataru, 1867, Calcutta, Vide Positive Sciences of the Ancient Hindus. Dr. B. N. Seal, p. 241. 38. Vayuvat sancarat vayavah prasiddhah / asmakam nayam niyamah yadindriyavsttih kramenajya bhavati naikada jatisarkaryasya asmakam adosatvat samagrisamavadhane sati anekairapindriyaih ekadaikavsttyutpadane badhakam nasti", Pravacanabhasya, Ch. II, sutra 31.32, p. 88.; Manodhammasya kamadeh, pranaksobhataya samanadhikara nyenaiva aucityat", Ibid. 39. Samanyakaranavrttih pranadya vayavah panca / Samkhyadarsana, chap ter II, Satra 31; Samkhyakarika, 29. Prana, breath, the ordinary inspiration and expiration; apana, downward breath, the air or vital force acting in the lower parts of the body; samana, collective breath, so nained from conducting equally the food, etc. through The body; udana ascending breath, the vital force that causes the pulsations of the arteries in the upper portions of the body from the naval to the head, and vyana separate breath, "by which internal division and diffusion through the body are effected" (Gaudapada, Wilson, p. 105). This is not very intelligible, but as vyana is connected in the SamkhyaTativa-Kaumudi with the skin, the subtle nerve-force by which sensibility is given to the skin or outer surface of the body is probably meant. It is also connected with the circulation of the blood along the surface, the great arteries being under the action of udana (71) (In the Armabodha "Knowledge of the soul", a Vedic poem as asigned to the great commentator Sankaracharya, the soul is said to be enwrapped in five investing sheaths or coverings" (Kosh cf. Fr. Cosse, Ir Gael Coch-al, a pod or husk). The third of these is called pranamaya, i. e. "the sheath composed of

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3 GHETT-919. 140 breath, and the other vital airs associated with the organs of action" (Indian Wisdom, p. 123), Vide the Samkhyakarika of lsvara Krsna, ed. by John Davies, p. 46. 40. Positive Science of Ancient Hindus, p. 241, 41. "Mano dharmasya kamadeh / pranaksobhakataya sainanyadhikaran yenaiva aucityat," Samkhya Pravacanabhasya, Chapter II, 31, p. 88. 42. "Karanani niyatavsttayah santah sambhuyaikam pranakhyam vittim pratipadyante (pratilapsynate), Sankarabhasya on Brahmasutra, Ch. II. Pada 4, Satra 9. "Samanyakaranavittih pranadya vayavah panca /" Samkhyakarika, Isvarakrsna, 29; see also Samkhyapravacanabhasya, chapter II, Sutras 31, 32. 43. "Na vayukriye pTthagupadesat " Brahmasutra, chapter II. pada 4, Sutra 9; see its Bhasya, 44. Also Vacaspati Misra, Bhamati Tika as follows: "Siddhantastu na samanendriyavrttih pranah // Sa hi militanam va vrttirbhavet pratyekam va/na tavat millitanam ekadvitricaturindriyabhave tadabhavaprasangat / na ca bahuvistisadhyam sibikodvahanam dvitrivistisadhyam bhavati / na ca tvagekasadhyam/ tatha sati saianyavittitvanupapatteh / api ca yat sambhuya karakani nispadayanti lat pradhanavyaparanugunavantaravyaparenaiva/ yatha vayasam pratisviko vyaparah pinjaracalananugunah/ iha tu sravanadyavantaravyaparopetah prana nasambhuya Pranyuriti yuktam pramanabhavadatyantavijatiyatvacca sravanadibhyah prananasya / ...... tasmadanyo vayukriyabham pranah/Vayurevayamadhyatmamapannah, mukhyo, api pranah//". Ibid (Sankarabhasya). cf. also Jyesthasca pranah sukranisekakala-darabhya tasya vsttilabhat / na cet tasya tadanim vsttilabhah syal yonau nisiktam sukram puyela na sambhaved va / siroadinantu karnasaskulyadisthanavibhaganispattau vrttilabhanna jyesthalvam /". Sarkarabhasya, Chapter II, pada 4, Sutra 9. 45. "Vayuh tantrayantradharah, pranapanodanasamanavyanatma pravartakah cestanam, praneta mahasah sarvendriyanar ydyotakah. sarvasariradhatuvyuhakarah, sandhanakarah sarirasya, pravartako vacah, harsotsahayoryonih, ksepta bahirmalanam. karta garbhakrlinam pranapanodanasamanavyanalmal" Caraka. Satrasthana, ch. XII. 46. Caraka, Satrasthana, chapter XII and Susruta, Nidanasthana, chapter I. 47. Susruta-Nidanasthana, chapter I. "Tesam mukhyatamah pranah ... Isabdoccarasanihsvasocchvasakasadikaranamt apanah asya mutrapurisadivisargah karma kirttiam/vyanah... pranapanadhriyagagrahanadyasya karma ca/samano 'pi vyapya nikhilan

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TT-919. 141 sariram vahnina saha / dvisaptati sahasresu nalirandhresu samcaran bhuktapitarasan samyaganayan dehapustrikrt / udanah karmasya dehonnayanotkramanadi prakirttitam 11 tvagadidhatunasruya pancanagadayah sthitah udgaradi nimesadi ksutpipasadikam kramat / tandraprabhiti mohadi (sophadi) tesam karma prakiruitam /" Sangitaratnakara, Sarangadava, vv. 60-67, chapter I. Vol. I. pp. 41-42. cf. the summary in Raja Sourindra Mohan Tagore's edition of the Sangitadarpana, See also Kalyanakara. 3. 3. p. 32. 48. Vide the Positive Sciences of the Ancient Hindus, p. 230. 49. Unapanacadasadvayurudite putrah / te sarve apajah indrena devalvam pranitah sarirantarbahyabhedena dasadha /" Bhagavatatikayam Sridharasvamin, Vide Sabdakalpadruma, 4th Kanda, p. 342 50. Pranapanau tatha vyanasamanodanasaminakan / Nagam Kurmam ca Krkaram Devadattam Dhananjayam // Sangitaratnakara, Ch. I. V. 59, p. 41, Vol. I. "Pranapanau tatha vyanasamanodanasamjnakah/Nagah Kurmsca Krkaro Devadattadhananjayau /!" Sangitadarpanam of Catura Damodara, Ch. I, V. 50. 51. Sangitaratnakara. Vol. I, ch. I, vv. 60-67, pp. 41-42. "Sabdoccaranam (vannispattikaranam nihsvasah ucshvasah (antarmukhasvasah) tandradinam karanam (sadhanam) pranavayuh, Vinmutrasukradivahatvomapanasya karma, akuacanaprasaranadi vyanasya karma jneyam / asitapitadinam samatanayanadvata sarirasya posanas samanasya karma / udanavayuh urddhayanayanameva asya karma, nagadayah nagakurmakrkara-devadattadhananjayarupah pancavayavah / etesam karmani ca vathakramar udgaronmilanaksudhajananavijimbhanamohardpani /"Sangitadarpana, chapter I, sloka 43-48. cf. "Pranah pragvntirucchvasadikarma/ Apanah avagvrttirutsargapikarma / Vyanah tayoh sandhau vartamanah viryavatkarmahetuh / Udanah urddhvavrttih utkrantyadi hetuh / samanah samam sarvesu angesu yah annarasan nayati/iti./". Sarkarabhasya, chapter II, pada 4, sutra 2. Vide Positive Science of Ancient Hindus, p. 230-31. 52. Biology, p. 16. 53. Ibid. 54. Ibid. pp. 25-26. 55. Ibid. 56. Ibid.. p. 33.