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Abstract

As an introduction to the workshop, basic principles of Kirlian photography and instrumentation were discussed. In order to obtain reproducible results, major parameters influencing Kirlian photography were analyzed. As a basic mechanism for emission of light with specific wave length from different gas state molecules, atoms, and their ions under a high voltage field, the author's study clearly demonstrated the importance of the emission of light with specific wavelengths from electrode surfaces of specific polarities, which correspond to negative resistance characteristics of voltage-current curves of the system, and other factors influencing color were discussed. The effect of drugs on the corona discharge of Kirlian photography was shown. For example, morphine effects were blocked by its antagonist, naloxone. Examples of disease-specific abnormal Kirlian photography patterns were given, including the important “snowflake” pattern, discovered by the author to be disease-related and pathognomonic for rheumatoid arthritis or gout-like symptoms, with increased uric acid, in the present or in the patient's history (although the absence of this pattern cannot exclude the possible presence of the disease). However, acupuncture was found to be effective in relieving these conditions, with disappearance of the pattern. Kirlian photography can be used for the detection of cancer in some cases, although there are no disease-specific patterns to date. Safe applications of Kirlian photography for different parts of the body for diseases of different internal organs, as well as for teeth, were presented. As applications of cellular micro-Kirlian photography for the study of characteristics of the fine structure of the cells, the following two methods were presented: 1) Microscopic Kirlian photography method. 2) Photo-sensitive nuclear emulsion micro-Kirlian photography. Some of the technical information was provided. The author's recent research on peripheral lymphocytes by photo-sensitive nuclear emulsion micro-Kirlian photography not only indicates the outline of the cell membrane but also the immunologically active sites of the lymphocytes.

Keywords

Kirlian photography high-voltage electrophotography high-voltage electrical field emission of light color electrical polarity negative resistance corona discharge morphine naloxone disease-specific pattern rheumatoid arthritis gout uric acid acupuncture cancer detection teeth internal organs heart microscopic Kirlian photography lymphocytes immunofluorescent technique

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References

Hull

A. W.

, The dynatron, a vacuum tube possessing negative resistance, IEE Proc. 6, 5—35, 1918.

Herold

E. W.

, Negative resistance and devices for obtaining it, IRE Proc., 23, 1201—1223, 1935.

Hines

M. E.

, High-frequency negative-resistance circuit principles for Esaki diode applications, Bell System Tech. J., 39, 477—513, 1960.

Omura

, Hoffman

B. F.

, Reilly

J.A.

and F., Herter

, Induced cardiac cell fibrillation and defibrillation in vitro, Trans. Amer. Soc. Artificial Internal Organs, 10, 383—384, 1964.

Omura

, Herter

F. P.

, Van

H.B.

Dyke, Voltage—time—dependent negative resistance characteristics in V—I curves of excitable cardiac cell membrane, Fed. Proc., 24 137, 1965.

Omura

, Minimum number of myocardiac cells required for induction of fibrillation, Proc. 21st Annual Sessions of the Forum on Fundamental Surgical Problems, American College of Surgeons, Surgical Forum, 165—168, 1965.

Omura

and Lehr

, Semiquantitative estimation of the voltage—current curve of excitable membrane without using a non-physiologic voltage clamp method, Digest of the 7th International Conference on Medical and Biological Engineering, Stockholm, Sweden, 361, 1967.

Omura

, The relationship between the transmembrane action potentials of single cardiac cells and the corresponding surface electrograms of ECGs in vivo and in vitro (tissue culture), 45-min talk (Part I) with 35 slides and a 5-min color movie, presented at the New York Academy of sciences, as a guest speaker, Biophysics Division, onMay23, 1968, and published in the Trans. Acad. Sci., Series II, 32 874—910, 1970.

Omura

, The relationship between the transmembrane action potential and voltage—time—dependent, negative resistant characteristics of the voltage current curves of excitable pacemaker and non-pacemaker cell membrane, 25-min talk (Part II) with 15 slides, presented at the New York Academy of Sciences, as a guest speaker, of Biophysics Division, onMay23, 1968, and published in the Trans. Acad. Sci., Series II, 33 467—504, & Appendix, i—xiv, 1971.

10.

Omura

and Lehr

, The negative resistance characteristics of biological and non-biological fluids, presented at the Third Int. Biophysics Cong., held at M.I.T., Boston, August 29—September 3, 1969 (page 98 of the Proceedings).

11.

Omura

, Lee

and Jeronimo

, Stimulation of excitable cell membranes by capacitive current and rapidly-changing electro-magnetic field without direct contact between electrodes and the cells, Fed. Proc., 31, No. 2, presented at the annual scientific meeting of the FASEB at Atlantic City on April 14, 1972.

12.

Omura

, Significance of measured wave forms of voltage—time—dependent negative resistance characteristics (V—T NRCs) of voltage—current curves (V—I C) of excitable cell membranes (ECMs) of Pacemaker (PM) and non-pacemaker (NPM) cells, presented at the IV Int. Biophysics Cong., Moscow, August, 1972, published in Abstracts of Contributed Papers, Int. Union Pure & Appl. Biophys., 3 321—322, 1972.

13.

Omura

, Acupuncture Medicine, Vols. I, II & III: Basic Principles, Clinical Applications and Limitations of Manual and Electrical Acupuncture, Japan Publications, Tokyo, Japan and San Francisco & New York, U.S. A, (in press).

14.

Presman

A. S.

, Electromagnetic Fields and Life (translation editor: Frank A. Brown, Jr., translated from Russian by Sinclair

F.L.

), Plenum Press, New York & London, 1970.

15.

Wageneder and St. Schuy (eds.), Electrotherapeutic Sleep and Electro-Anesthesia, II, Excerpta Medica, Amsterdam, 1970.

16.

Belkov

and Hayes

H. R.

, (translators), Materials of the Second All-Union Conference on the Study of the Effects of Magnetic Fields on Biological Organisms, 24—26 September, 1969, National Research Council of Canada, Technical Translation 1545, Ottawa, 1972 (Nauchnyi Sovet Po Kompeksnoi Probleme, “Kibemetikia”, Ministerstvo, Zdravookhraneniya SSSR, Akademiya Nauk SSSR, Moscow, 1969, 281 pp) 17. Elden

H.R.

(ed.), Biophysical Properties of the Skin (Vol. I in the series, “A Treatise of Skin,”Series Editor: Elden

H.R.

), John Wiley, New York, 1971.

17.

Llewellyn

-Jones, Ionization and Breakdown in Gases, Methuen, London, & John Wiley, New York, 1966 ed.

18.

Pohl

H. A.

, Quantum Mechanics for Science and Engineering, Prentice-Hall, Englewood Cliffs, N.J., 1967.

19.

Gunther

W. A.

, The Physics of Modem Electronics (translated from German by D. Antin), Dover, New York, 1967.

20.

Hochstrasser

R. M.

, Behavior of Electrons in Atoms, Benjamin

W. A.

, New York, Amsterdam, 1964.

21.

Shohet

J. L.

, The Plasma Slate, Academic Press, New York & London, 1971.

22.

Merrill

F.H.

and A. Von Hippel, The atomphysical interpretation of Lichtensberg figures and their application to the study of gas discharge phenomena, J. Appl. Phys. 10, 873—887, 1939.

23.

Prat

and Schlemmer

, Electrophotography, J. Biol. Photographic Assn. 7, 145—148, 1939.

24.

Loeb

L. B.

, Ionizing waves of potential gradient, Science 148, 3676 No. 1417—1426, 1965.

25.

Krippner

and Rubin

(eds.), The Kirlian Aura (see Zdenck Rejdak's Bioplasma and Kirlian Photography, pp. 178—180), Doubleday-Anchor, New York, 1974.

26.

Kirlian

S.D.

and V. Kh. Kirlian, Photography by means of high-frequency currents, Galaxies of Life: The Human Aura in Acupuncture and Kirlian Photography (edited by S. Krippner and D. Rubin), Gordon & Breach, New York, pp. 13—28, 1973.

27.

Adamenko

V. G.

, Phenomena of skin electricity, ibid.pp. 123—128.

28.

Tiller

W. A.

, Some energy field observations of man and nature, ibid. 71—112.

29.

Moss

and Jojnson

, Bioplasma or corona discharge? ibid. 29—52.

30.

Dean

E. D.

, High-voltage radiation photography of a healer's finger, ibid. 57—60.

31.

Krippner

and Rubin

(eds.), The Kirlian Aura: Photographing the Galaxies of Life, Anchor Press/Doubleday, Garden City, New York, 1974. (This paperback edition has almost the same content as Galaxies of Life).

32.

Omura

, Editorial: Some historical aspects of acupuncture and important problems to be considered in acupuncture and electro-therapeutics research, Acupuncture & Electro-Therapeut. Res., Int. J., 1, 3—44, 1975. (See section on Kirlian Photography & Acupuncture, pp. 31—34.)

33.

Omura

, Patho-physiology of acupuncture treatment: effects of acupuncture on cardiovascular and nervous systems, Acupuncture & Electro-Therapeut. Res., Int. J. 1, 51—141, 1975.

34.

Tiller

W. A.

, Kirlian photography as an electro-therapeutics research tool, Acupuncture & Electro- Therapeut. Res., Int. J. 2, 33—42, 1976.

35.

Omura

, Patho-physiology of acupuncture effects, ACTH and morphine-like substances, pain, phantom sensations (phantom pain, itch and coldness), brain micro-circulation, and memory, Acupuncture & Electro- Therapeut. Res., Int. J., 2, 1—31, 1976.

36.

Omura

, Acupuncture, infra-red thermography and Kirlian photography, Acupuncture & Electro- Therapeut. Res., Int. J. 2, 43—86, 1976..

37.

Omura

, Parameters influencing Kirlian photography and potential application of Kirlian photography in clinical medicine, presented during the Kirlian photography Symposium at Dag Hammarsjkold Auditorium in the United Nations, N.Y.C., July 7, 1976. (See summary of the report by Ms. Diane Henn of Brooklyn College, Mr. Frank Monahan and Mr. Gary Williams of I, K.R.A., on pages 1 and 3 of the International Kirlian Research Assn. Newsletter, published July, 1976.)

38.

Pehek

J. O.

, Kyler

H.J.

and Faust

D. L.

, Image modulation in corona discharge photography, Science, 194, 263—270, 1976.

39.

Omura

, Critical evaluation of the methods of measurement of “tingling threshold”, “pain threshold”, and “pain tolerance” by electrical stimulation, Acupuncture & Electro-Therapeut. Res., Int. J. 2, 161—236, 1976.

Kirlian Photography (High Voltage Electro-Photography) and Acupuncture * Their Application (Including Single Cell Micro-Electro-Photography) to Basic and Clinical Research and Diagnosis *

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