Tibetan medicine in Buryatia
Most likely, the healing art of the nomadic peoples is first referred to in the Chinese treatise “Nei Ching” of the third century B. C. It says: “In the north there lies a remote, lonely and almost inaccessible country.
The air is very cold there. Its dwellers keep herds of livestock and feed on dairy products. They suffer mostly from cold disorders, treated with cauterization. Thus, cauterization has emerged from the north” (See 40, p.5).
(40, p. 12). The authors of the monograph “Plants of Tibetan Medicine” believe that plants of local origin in Mongolian medicine make 57%, Tibetan and Indian ones 11.6% and 11.25% correspondingly, and Chinese ones 9.56% (27, p.92).
While estimating the data, one has to take into ac — count that Chinese authors are confined within the boundaries of Inner Mongolia only, without considering the flora of the more northern Peoples’ Republic of Mongolia and Buryatia.
3.64%, and Tibetan ones 3.46% (27, p.92). Data of the ethnofloral analysis of the "medicinal flora" allow the authors of the “Plants of Tibetan Medicine” to come to a conclusion about uniqueness of the three “strands” of Tibetan medicine under study – Tibetan proper, Mongolian and Buryat.
Only the principles of treatment, perception of unhealthy body, specifics of administering remedies, and others were ob — viously common for them. The medicinal means assortment was sharply different and was most likely created de novo so far traditional medicine of Tibet was penetrating into the ad — jacent countries (27, p.93).
Since the last quarter of the seventeenth century, several travelers either with diplomatic or scientific purposes passed through the Buryat lands, among them [[Nikolai Spafary (1675), Izbrant Ides (1693), Lorents Lange
(1716), Johan Georg Gmelin (1735), Piotr Simon Pallas
(1772) and others, who recorded valuable information in their diaries and reports regarding economy, household and habits of the Buryats. But, no doubt, Johan-Georg Gmelin was the pioneer to describe Tibetan medicine in Zabaikalye.
Crossing Zabaikalye in 1735, on the Onon-river he encountered a lama-healer; the latter showed him his own treatises, medicines, and instruments and demonstrated some techniques of preparing medicines and therapies.
According to Gmelin, this lama practiced bloodletting, moxabustion, applied cupping-glasses, and owned a significant set of surgical instruments. It was noted, that he was reckoned locally a “superb” oculist.
Noteworthy, Gmelin’s descriptions of Tibetan medicine among the Buryats almost coincides in time with the first reports on this medicine by Dominican Ippolit Dezideri who visited Lhasa in 1716 and stayed there several years, and by doctor Saunders accompanying the British Embassy to Tibet in 1783 (30, p. 2).
The Buryat clergy had widely used the medicine for strengthening its own influence and attempted to assemble lamas-healers in monasteries. It is known that Agvan-Puntsok, Tibetan by origin, the leading lama of the day in Buryatia, was highly esteemed as a physician. And the first physician among the Buryats was Zhimba Akhaldayev who went in 1721 for training to Mongolia, and then to Tibet. According to one of poorly known chronicles, he was a “prominent healer and a man of fortune” (48 p.69). It was he who established the first datsan in Gusinoozersk in
1741. After Akhaldayev, Damba-Dorji Zayayev was educated in Tibet; he also became a known healer (48, p.57).
The courses lasted five years, and disciples were expected to memorize the canonic classics of Tibetan medicine rGyud bzhi, to familiarize with its commentaries, formulas, and to become able of compounding remedies.
According to the approximate data, by the end of the nineteenth century in Zabaikalye lamas-physicians totaled 700 whereas the overall numbers of lamas by the First World War had risen to about 15 thousand (31, p. 15). Thus, their correlation was
9134 (31, p.151), among whom about 500 continued their
practice (19, p. 12), namely a bit more than 5%.
Buryatia, local datsans printed about 20 most significant theoretical and practical manuals on Tibetan medicine in the Tibetan and Mongolian languages. By its value, the Vaidurya-sngonpo is the most impressive xylograph printing, comprising 1284 folios of an average format.
After the October Revolution of 1917 efforts were made to reorganize the datsan medical colleges into “secular” schools for laymen and monks and to introduce classes in anatomy, physiology, diagnostics of diseases according to western scientific medicine” (31, p.7l). In 1924 under the supervision of Prof. G. Tsybikov, famous for his trip to Ti —
bet, there was established the Center of Tibetan medicine and the first school of a new type opened at the Atsagat datsan. In the early 40s the Center was closed, and the la — mas underwent repressions.
Since that time, regular studies in the field of Tibetan medicine in Russia have been carried out aimed towards introduction of its many-century positive experience and expertise into practice of modern public health care.
Further, on the basis of this group, there was organised the laboratory of physiologically active substances, and in 1975 the Department of Tibetan medicine established. Since the very beginning, practitioners of Tibetan medicine were involved in research programs of the Department.
Nowadays the Department of Tibetan Medicine of the Buryat Institute of Biology under Siberian Division of the Russian Academy of Sciences is divided into the laboratory of chemical and pharmaceutical studies, the laboratory of experimental pharmacology and pharmacotherapy,
the laboratory of toxicology of medicinal means, and one minor sector of information supply, all staffed with forty-three researchers, including three researchers with doctorate degrees and nineteen candidates of sciences. Internship on profile disciplines is also offered.
Within the series of the “Tibetan Medical Literature”, the Atlas of Tibetan Medicine, the complete version of the canonic treatise rGyud-bzhi, the Kun gsal nan zod, and the mNgon mtshar dg’a ston were translated into Russian and published. Monographs on discrete treatises and sections of Tibetan medicine, numerous collected scientific articles and abstracts, bibliographical catalogues, preprints, and newsletters have been published.
In the practical aspect, the most substantial results are: the elaboration of methods of identifying names of medicinal raw material; selection of potentially useful formulas, methods of deciphering and interpreting names of diseases; the patented methods of simulating diseases of the stomach and gall-bladder based on new data.
The methods for obtaining thirty-nine new means and substances, which possess higher pharmacological value as compared to analogues, have been patented; forty-nine kinds of thans (fine ly powdered compounds) have been worked out and introduced into practice.
Research will be continued in these three directions: source studies, translation and publication of Tibetan medical works; creation and introduction of new highly effective preparations based on Tibetan sources; approbation and introduction of rational methods and technologies of treatment and prophylaxis of widely-spread diseases (35, p.
The theme of folk medicine in the context of Buryat traditional culture exceeds the scope of applied medical problems. It can be epigraphed with the citation by great humanist Nikolai Roerich regarding the Buryats’ attidues towards their traditional medicine: “Fortunately, familiarizing with peoples, one can witness sensitivity retained as a
The complex research in objectivation and automation of the diagnostic techniques of Tibetan medicine was first begun at the Laboratory of Radiobiophysics (LRBPh) of the Buryat Institute of Natural Sciences (BINS) of the Russian Academy of Sciences (RAS) in 1983 under the leadership of Doctor Ch. Ts. Tsydypov as a priority project.
The distinctive feature of the approach which is being devel oped at the LRBPh is its clear inter-science character. This approach combines the solution of mathematic and technical problems for designing the diagnostic complex with the profound investigation of Tibetan original texts, the theory of Tibetan pulse diagnostics in particular.
This is be cause the Tibetan medical literature at our disposal de scribing various types of pulse, supplied with graphical illustrations, presents the Tibetan pulse diagnostics as an elaborate diagnostic method which is based on the comparison of data obtained from different parts of the body.
The frequency of the pulse, the strength of the pulse beating, the degree of the pulse filling, the character of the interchange of strong and weak tones, the character of the rhythm breaks all these must be taken into account and all these can be registered with the help of modern equipment. Thus, registering pulse signals and their subsequent processing and deciphering will make it possible to translate the objective contents of the Tibetan texts into the language of modern science, which will permit correlating this or that type of pulse with a certain disfunction of the organism or with a certain disease according to the classification of modern European medicine.
Now a number of problems concerning the development of a device registering pulse waves six zones on the radial arteries of human wrists, the methods of processing pulsograms and the ways of their interpretation are being partially solved. That is why in the near future we plan to improve the diagnostic complex, the techniques of processing and interpreting pulse waves, i. e. further broadening diagnostic capacity of the complex.
This level of solving the problem of the Tibetan pulse diagnostics permits the diagnostic complex to work effectively in the clinic conditions. However the physical and physiological nature of pulsation and the ways of interpreting it in Tibetan medicine remain insufficiently investigated. Understanding its meaning is a key to mastering pulse diagnostics as well as the theory and practice of Tibetan medicine as a whole system.
This problem comes from the depth of the Buddhist
world view where the primary “bricks” of the Universe are “the great elements” (mahabhuatas): “earth”, “water”, “fire”, “air” and “space”. Combinations of these elements determine the pulsation in a human organism, and form what is called, from the view point of Tibetan medicine, energy levels or essences.
That is why the problem of investigating the features of pulsations and of the “great elements” as well as the study of their outer and inner interrelations and interconnections is, in our opinion, of fundamental nature.
The solution of this problem will be a greatest contribution to the development of our physical and philosophic concepts of nature and the characteristics of the Universe and will become the basis for true comprehension of the real application of the achievements of Tibetan medicine on
We have plenty of information at our disposal which is contained in Tibetan medical treatises. This information presents very specific material difficult for a contemporary European. It requires more effective and convenient forms of presenting the knowledge contained in it. For the theoretical analysis and the practical application of the know ledge information of the Tibetan original medical texts (especially for the objectivisation of the main diagnostic methods of Tibetan medicine — questioning and physical observation) an expert system is being developed. This expert system is able to make diagnosis and prescribe the treatment on the basis of the information of Tibetan medicine.
Objectivation and the subsequent automation of the third diagnostic method (feeling the pulse) also has difficulties associated with the necessity to create mathematic simulation of the pulse wave, methods of its processing and reading,. The movement of blood in the vessels is a case of a complicated hydrodynamic process the study of which is impossible without mathematic simulation.
The effectiveness of computer application in medical diagnostic systems depends on how adequate the mathematic simulations are to the biological systems (MSBS), because the state of health of a patient is estimated in the values of these simulation. The difficulty of this problem is in insufficient development of the techniques of the MSBS projecting and of the criteria of their adequacy level. That is why the major part of the MSBS, due to the low adequacy level, find no use, like the models based on the linear theory of the pulse wave transmission in the artery.
We also work at the problem of objectivation the biologically active points (BAP) of Tibetan and Mongolian medicine (TMM) for the electrometric diagnostic method. The matter is that these points do not coincide with the BAP of Chinese medicine. Tibetan and Mongolian medicine does not speak of the meridians and its diagnostic methods differ. It is necessary to find the connections between the BAP and the inner organs or functional systems of the organism.
Thus, the aims of the research are the following:
2. To develop mathematic simulation of the pulse wave and methods of deciphering it;
3. To create the pulse catalogue;
5. To create, in this basis, an integral diagnostic
The Modern Level of Solving the Problem:
Nowadays in France, Southern Korea, CPR, Japan, Taiwan and Russia work is in progress at objectivation and automation of diagnostic methods of Oriental medicine (of pulse diagnostic in particular). In this research the main attention is devoted to the technical problems, first of all to the development of pulse sensors.
The research is undertaken in three detections:
These points of the project can be realized within 5 years.
The research will be done with the help of linguistic, mathematic and experimental methods using our computer pulse diagnostic complex of Tibetan medicine, the expert system “Emchi” and doctors-specialists in pulse diagnostics – all this will be done in cooperation with the Republican
The expected scientific results:
c) a mathematic simulation of the pulse wave will be developed, 2 or 4 types of pulse will be deciphered, the pulse catalogue will start to be created, the physical mechanism of the connection of palpation zones with the inner organs and (or) functional systems;