MAIN DIRECTIONS OF APPLIED KIRLIANOGRAPHY IN ECOLOGY AND MEDICINE

Authors

  • O. P. Mintser Shupyk National Medical Academy of Postgraduate Education https://orcid.org/0000-0002-7224-4886
  • L. A. Pisotska State Institution «Dnipropetrovsk Medical Academy of the Ministry of Health of Ukraine»
  • N. V. Glukhova National Technical University «Dnipro Polytechnic»

DOI:

https://doi.org/10.11603/mie.1996-1960.2020.2.11181

Keywords:

applied Kirlian, ecology, adaptation, desadaptation

Abstract

Background. The methods of express diagnostics of the energy-informational status of any environmental object are investigated. It is shown that approaches based on visualization of a gas-discharge glow around objects of animate and inanimate nature in a high-voltage field, known in the world as the Kirlian effect, are effective.

Materials and methods. Results. The paper presents the results of experimental studies using kirlianography in solving problems of medicine, ecology, and the pedagogical process. To present the results of experimental studies using kirlianography in solving problems of medicine and ecology.

Conclusion. The advantage of kirliography as a bioenergy-informational, innovative method is its high sensitivity and the ability to register nonspecific changes in the body at the level of pre-illness, early detection of electro physical disturbances in biosphere objects with a negative impact on environmental factors, rapid assessment of the state of the energy-informational component of water and biological fluids, determining their bioactivity.

References

Belokrinickij, V. S. (2019). Molekulyarnaya biofizika kletki i zdorove cheloveka. Fiziologicheskaya kibernetika [Molecular cell biophysics and human health. Physiological cybernetics]. Zdorov'ya naciyi i aktivne dovgolittya (The health of the nation and active longevity), 3, 7-18. [In Russian].

Vernadskij, V. I. (2012). Geohimiya zhivogo veshestva. Kn. 1 [Geochemistry of living matter. Book 1]. NAN Ukrainy (National Academy of Sciences of Ukraine), Kyiv. [In Russian].

Pesockaya, L. A., Gorovaya, A. I., Ryzhenko, S. A., Lapickij, V. N. et al. (2008). Vozmozhnosti ispolzovaniya metoda kirliangrafii v sisteme ekologicheskogo monitoringa [Possibilities of using the kirliangraphy method in the environmental monitoring system] VIII nauchno-prakticheskaya konferenciya Voda: problemy i resheniya (Scientificpractical conference «Water: problems and solutions»). Dnepropetrovsk, 70-8). [In Russian].

Gavrish, O. G. (2003). A. G. Gurvich: podlinnaya istoriya biologicheskogo polya [A. G. Gurvich: the true history of the biological field] Himiya i zhizn (Chemistry and life), 5, 32-7. [In Russian].

Gall, L. N., Gall, N. R. (2012). Bioenergetika — osnova sushestvovaniya zhivoj sistemy [Bioenergy is the foundation of a living system]. Soznanie i fizicheskaya realnost (Consciousness and Physical Reality), 17 (2), 27-33. [In Russian].

Garyaev, P. P. (1994). Fraktalnost DNK i rechi [DNA and speech fractality]. Dokl. Ross. Ak. Nauk (Report of the Russian Academy of Sciences). [In Russian].

Gerber, R. (2001). Vibracionnaya medicina [Vibratory medicine]. Moscow, Sofiya, Gelios. [In Russian].

Gluhova, N. V. (2014). Rozrobka metodu ekspres-ocinki biologichnih vlastivostej vodi [Development of a method for rapid assessment of biological properties of water]. Shidno-yevropejskij zhurnal peredovih tehnologij (Eastern European Journal of Advanced Technologies). 6/5 (72), 18-25. [In Ukranian].

Gluhova, N. V., Pesockaya, L. A., Gorovaya, A. I. (2014). Sposob ekspress-ocenki zhidkofaznogo obekta [The method of rapid assessment of a liquid-phase object]. Patent na poleznuyu model (Utility Model Patent), Pat. 86701, 10.01.2014. [In Russian].

Macheret, Ye. L., Mintser, O. P., Chuprina, G. M., Pisocka, L. A. et al. (2004). Zastosuvannya ekspres-metodu kirliangrafichnoyi ocinki funkcionalnogo stanu organizmu lyudini dlya vstanovlennya sudinnih porushen v oblasti golovi ta adaptaciyi organizmu do nih [Application of the express method of Kirliangraphic assessment of the functional state of the human body to establish vascular disorders in the head and adaptation of the body to them]. Metodichni rekomendaciyi (Methodical recommendations), 275. [In Ukrainian].

Krishen, P. F., Pisocka, L. A., Najdon, L. I. et al. (2004). Zastosuvannya metodu kirliangrafichnoyi ocinki funkcionalnogo stanu organizmu lyudini v gastroenterologichnij praktici [Application of the method of Kirliangraphical assessment of the functional state of the human body in gastroenterological practice]. Metodichni rekomendaciyi (Methodical recommendations), Kyiv. [In Ukrainian].

Pisocka, L. A., Tretyak, N. N., Gajdukova, S. N. et al. (2006). Zastosuvannya metodu kirliangrafichnoyi ocinki funkcionalnogo stanu organizmu lyudini dlya vstanovlennya intoksikaciyi ta stupenya adaptaciyi organizmu do neyi [Application of the method of Kirliangraphical assessment of the functional state of the human body to establish intoxication and the degree of adaptation of the organism to it]. Metodichni rekomendaciyi (Methodical recommendations), Kyiv. [In Ukrainian].

Mintser, O. P., Pisocka, L. A., Gorova, A. I. (2008). Zastosuvannya metodu kirliangrafiyi dlya ekspres-diagnostiki rannoyi dezadaptaciyi u ditej doshkilnogo viku do diyi nespriyatlivih faktoriv navkolishnogo seredovisha [Application of the Kirliangraphy method for rapid diagnosis of early maladaptation in preschool children to the action of adverse environmental factors]. Metodichni rekomendaciyi (Methodical recommendations, Kyiv. [In Ukrainian].

Kaznacheev, V. P., Trofimov, A. V. (2009). Distantno-informacionnye vzaimodejstviya v «prostranstve Kozyreva» [Distant informational interactions in the «Kozyrev space»]. Fizika soznaniya i zhizni, kosmologiya i astrofizika (Physics of consciousness and life, cosmology and astrophysics), 1, 5-8. [In Russian].

Kaznacheev, V. P., Baevskij, R. M., Beresneva, A. P. (1980). Donozologicheskaya diagnostika v praktike massovyh issledovanij [Prenosological diagnosis in the practice of mass research]. Leningrad: Medicina. [In Russian].

Kirlian, S. D. (1957). Sposob polucheniya fotograficheskih snimkov razlichnogo roda obektov [The method of obtaining photographic images of various kinds of objects]. Avt. svid. (Certificate of authorship). [In Russian].

Pesockaya, L. A, Lapickij, V. M., Kurik, M. V. (2011). Kirlianografiya v ekologii cheloveka: metodicheskoe posobie po discipline «Ekologiya cheloveka» [Kirlianography in human ecology. The manual on the discipline «Human Ecology»]. Nacionalnyj gornyj universitet (National Mining University), 45, Dnepropetrovsk. [In Russian].

Koltovoj, N. A. Metod Kirlian. Retrieved from: https:// koltovoi.nethouse.ruKirlian method. [In Russian].

Korotkov, K. G. (2009). Issledovanie stimulirovannogo svecheniya vody kak pokazatel ee strukturizacii [Investigation of the stimulated glow of water as an indicator of its structurization]. Sozn. i fiz. realnost (Consc. and physical reality), 14 (10), 40-6. [In Russian].

Kurik, M. V., Pesockaya, L. A., Gluhova, N. V., Evdokimenko, N. M. (2015). Kirlianografiya energoinformacionnyh vzaimodejstvij vody [Kirlianografiya energyinformational interactions of water]. 138, Dnepropetrovsk, Litograf. [In Russian].

Lapickij, V. M., Goncharenko, V. I., Pisocka, L. A. (2011). Relaksacijna kimnata [Relaxation kimnata]. Patent Ukrayini na korisnu model № 61914 vid 10.08.2011. [In Ukranian].

Mintser, O. P., Pisocka, L. A., Gluhova, N. V. (2016). Sposib viznachennya porushen energo—informacijnogo gomeostazu lyudini [Method for determining violations of human energy—information homeostasis ]. Patent Ukrayini na korisnu model № 100867; opublik. 25.10.2016. Byul. № 20. [In Ukrainian].

Mintser, O. P., Gorova, A. I, Pesockaya, L. A. (2006). Vikoristannya metodu kirliangrafiyi dlya ekspres-ocinki funkcionalnogo stanu organizmu lyudini na promislovih pidpriyemstvah: metodychni rekomendatsiyi [The use of the method of Kirliangraphy for rapid assessment of the functional state of the human body in industrial enterprises: ]. Kyiv. [In Ukrainian].

Pesockaya, L. A., Gluhova, N. V., Tretyak, T. O. (2018). Sposob opredeleniya stepeni proyavleniya tipa myshleniya cheloveka. [A method of determining the degree of manifestation of the type of human thinking]. Patent Ukrainy na vinahid, 116702; opubl. 25.04.2018, 8, 3. [In Russian].

Pisocka, L. A., Mintser, O. P., Gluhova, N. V. et al. (2019). Sposib ocinki rivnya reflektornoyi aktivnosti organizmu lyudini [Method of estimating the level of reflex activity of the human body]. Patent Ukrayini na korisnu model № 135618; opublik. 10.07.2019, 13. [In Ukrainian].

Pesockaya, L. A., Gluhova, N. V. (2014). Sposob ocenki biologicheskoj aktivnosti vody [Method for estimating biological activity of water]. Patent napoleznuyu model № 91003; opubl. 25.06.2014, 12.

Pesockaya, L. A., Mintser, O. P., Gluhova, N. V.

(2015). Ustrojstvo dlya registracii izobrazheniya Kirliana-svecheniya biologicheskih obektov [Device for registration of the image of Kirlian—glow of biological objects]. Patent of Ukraine for a useful model № 100879 from 10.08.2015, 15, 3. [In Ukrainian].

Pesockaya, L. A., Mintser, O. P., Gluhova, N. V.

(2016). Sposob opredeleniya stepeni kogerentnosti sostoyaniya vody [The method of determining the degree of coherence of the state of water]. Patent Ukrainy na izobretenie № 112809; opubl. 25.10.2016, 20. [In Russian].

Pesockaya, L. A., Gluhova, N. V. (2017). Sposob opredeleniya tipa energoinformacionnoj aktivnosti organizma cheloveka [The method of determining the type of energy information activity of the human body]. Patent na poleznuyu model № 117088; opubl. 12.06.2017, 11, 4. [In Russuan].

Pesockaya, L. A., Gorovaya, A. I., Lapickij, V. N. (2007). Ekspress-diagnostika adaptacii organizma k neblagopriyatnym faktoram okruzhayushej sredy [Express diagnostics of adaptation of an organism to adverse environmental factors]. Visnikproblem biologiyi i medicine (Bulletin of problems biology and medicine), 1, 62-6. [In Russian].

Pisocka, L. A., Gluhova, N. V. (2013). Sposib diagnostiki zahvoryuvan krovi [Method for diagnosing blood diseases]. Patent Ukrayini na korisnu model № 82295 vid 25.07.2013. [In Ukrainian].

Pisocka, L. A., Mintser, O. P., Gluhova, N. V. et al. (2018). Sposib ocinki toksichnogo vplivu likarskogo preparatu na organizm lyudini. [Method for assessing toxic effect of drug on human body]. Patent na korisnu model № 125348; opublik. 10.05.2018. [In Ukrainian].

Pisocka, L. A., Mintser, O. P., Gluhova, N. V. et al. (2018). Sposib individualnogo pidboru likarskih preparativ pri likuvanni zalizodeficitnih anemij [Method of individual selection of drugs in the treatment of iron deficiency anemia]. Patent na korisnu model № 126352; opublik. 11.06.2018, 11. [In Ukrainian].

Pisocka, L. A., Kurik, M. V., Zaviryuha, A. A., Mintser, O. P., Gluhova, N. V. (2013). Sposib diagnostiki lejkozu

velikoyi rogatoyi hudobi [Method for diagnosing bovine leukemia]. Patent Ukrayini na korisnu model № 83080 vid 25.09.2013. [In Ukrainian].

Pesockaya, L. A., Gorovaya, A. I., Rukavishnikova, D. K. et al. (2006). Sposob prognozirovaniya rannej dezadaptacii u detej doshkolnogo vozrasta [Method for predicting early maladaptation in preschool children]. Patent Ukrainy na poleznuyu model № 19465 ot

12.2006, 12. [In Russian].

Pisocka, L. A., Rukavishnikova, D. K., Lapickij, V. M. et al. (2007). Sposib ocinki imunnogo stanu organizmu ditej prepubertatnogo viku [Method for assessing the immune status of the body of prepubertal children]. Patent Ukrayini na korisnu model № 25154 vid

07.2007, 11. [In Russian].

Pisocka, L. A., Rukavishnikova, D. K., Lapickij, V. M. et al. (2007). Sposib monitoringu funkcionalnogo stanu adaptacijnih sistem organizmu ditej prepubertatnogo viku [Method of monitoring the functional state of adaptive systems of the body of prepubertal children]. Patent Ukrayini na korisnu model № 28757 vid 25.12.2007, 21. [In Ukrainian].

Pisocka, L. A., Mintser, O. P., Povstyanij, V. A. et al. (2017). Sposib doslidzhennya biologichnoyi ridini [Biological fluid research method]. Patent Ukrayini na korisnu model № 120502; opublik. 10.11.2017, 21, 5. [In Ukrainian].

Guidiche, E. D. (2004). Kogerentnaya kvantovo-elektrodinamicheskaya organizaciya biohimicheskih processov [Coherent quantum-electrodynamic organization of biochemical processes]. Zhurnal formiruyushihsya napravlenij nauki (Journal of emerging areas of science), 4 (2), 92-9. [In Russian].

Korotkov, K. (2014). Energy fields electrophotonic analysis in humans and nature.

Mandel, P. (1983). Energetische Terminalpunkt-Diagnose. Engan.

Mintser, O. P., Potiazhenko, M. M, Nevoit, G. V. (2019). Evaluation of the human bioelectromagnetic field in medicine: the development of methodology and prospects are at the present scientific stage. Wiadomosci Lekarskie, 5 (II), 1117-21.

Pesotskaya, L. A., Suhoivanova, R. I. (2001). Human being ecology us impotant factor of society stable development. NATO science programme «From transitional economy to sustainable development». Dnipropetrovsk.

Published

2020-07-13

How to Cite

Mintser, O. P., Pisotska, L. A., & Glukhova, N. V. (2020). MAIN DIRECTIONS OF APPLIED KIRLIANOGRAPHY IN ECOLOGY AND MEDICINE. Medical Informatics and Engineering, (2), 96–110. https://doi.org/10.11603/mie.1996-1960.2020.2.11181

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