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Kto naprawdę odkrył kowida?

Prezydent Andrzej Duda nie chce podać: kto odkrył kowida?

Premier Mateusz Morawiecki nie wie: kto odkrył kowida?

Adam Niedzielski twierdzi, że kowida odkryli na Uniwersytecie Jagiellońskim, ale tam odmawiają odpowiedzi na pytanie: czy słowa Niedzielskiego są prawdą?

Dlatego długo twierdziłem, że NIKT NIE ODKRYŁ KOWIDA!

Okazuje się, że nie miałem racji.

Schorzenia przypisywane dziś mitycznemu kowidowi - odkryli kilkadziesiąt lat temu Radzieccy Uczeni.

Wiedzę tą pogłębili rosyjscy - oraz ukraińscy naukowcy i na zamówienie EMFacts Consultancy z Australii i Powerwatch w Anglii zebrali znane im prace naukowe na ten temat.

Wydali to w publikacji: 

Nie ma miejsca do ukrycia - biuletyn Cellular Phone Taskforce Inc.

Wpływ promieniowania elektromagnetycznego o wysokiej częstotliwości przy intensywnościach nietermicznych na organizm ludzki

(Przegląd prac rosyjskich i ukraińskich badaczy)


Nikolai Nikolaevich Kositsky1, Aljona Igorevna Nizhelska2, and Grigory Vasil’evich Ponezha3





No Place To Hide - Newsletter of the Cellular Phone Taskforce Inc.
Influence of High-frequency Electromagnetic Radiation
at Non-thermal Intensities on the Human Body


(A review of work by Russian and Ukrainian researchers)

Nikolai Nikolaevich Kositsky1, Aljona Igorevna Nizhelska2 and Grigory Vasil’evich Ponezha3


Z 1 Laboratorium Wsparcia Informacyjnego, 2 Laboratorium Pomiarów Specjalnych i Laboratorium Fizyki 3Quantum, Centrum Badań Naukowych Medycyny Kwantowej „Vidhuk”.

Adres do korespondencji: N.N. Kositsky, SRC „Vidhuk”, 61-B, Volodymyrska Str., Kijów 01033, Ukraina.

Na zlecenie firmy EMFacts Consultancy z Australii i Powerwatch w Anglii.
Częściowo finansowane przez Fundację na rzecz Dzieci z Białaczką.

Copyright © 2001 Cellular Phone Taskforce, Inc.





Proszę zwrócić uwagę na bibliografię wykorzystaną w tej publikacji.
Zawiera ona 142 prace naukowe. Najstarsze z 1968 roku (!!!!!!!!). A więc ponad 60 lat temu znali zagrożenia dla organizmu ludzkiego - niesione przez promieniowanie elektromagnetyczne.

W kolejnych artykułach będę sięgał do tych źródeł - choć pewnie bez szczegółowych przypisów.
Z góry uprzedzam, że będzie to moja "Biblia" kowida.




Źródła:I.  In  Russian  (English  translations  of  titles  may  differ slightly from authors’):

1. Afromeev, V.I. Biological, physical and mathematical corre- lation in achieving therapeutic-diagnostic effects in high frequency fields. Vestnik novykh meditsinskikh tekhnologiy IV(1-2):16-23, 1997.

2. Afromeev,  V.I.,  Nagorniy,  M.M.,  Sokolovskiy,  I.I., Subbotina, T.I. & Yashin, A.A. Therapy, monitoring and correction of the condition of the human body by the influ- ence of high frequency electromagnetic fields in a closed biotechnical system

3. Afromeev, V.I.,Subbotina, T.I. & Yashin,A.A. Correlational approach  and role of physiological rhythms in explaining the effects of interaction of electromagnetic fields with living substance. Vestnik novykh meditsinskikh tekhnologiy IV(3):31-35, 1997.

4. Afromeev, V.I., Zagural’skiy, N.F. Kruglikov, I.T., Privalov, V.N. & Sokolovskiy, I.I. Biophysical preconditions and radiotechnical solutions for increasing the effectiveness of EHF therapy VNMT, IV(4), 1997.

5. Aleshenkov, M.S, & Rodionov, B.N. Interaction of physical fields and radiation with biological objects and protecting them from negative effects. Moscow: MGUL, 1998.

6. Aleshenkov,  M.S.,  Rodionov,  B.N.,  Titov, V.B.,  & Yarochkin, V.I. Energy-informational safety of the person and the government. Moscow: Parusa, 1997.

7. Alipov, Ye,D., Belyaev, I.Ya., Kravchenko, V.G, Polunin, V.A., & Shcheglov, V.S. Experimental Basis for Commonality of Resonant Reaction of Prokaryotic and Eukaryotic Cells to Millimeter Waves of Low Intensity. Physics of the Alive, 1(1):72-79, 1993.

8. Alovskaya,  A.A.,  Gabdulkhakova,  A.G.,  Gapeev,  A.B., Dedkova, Ye.N., Safronova, V.G., Fesenko, Ye.Ye. & Chemeris, N.K. Biolo gical effect of EHF EMR determined by the functional status of cells. Vestnik novykh meditsin-skikh tekhnologiy 5(2):11-15, 1998.

9. Andreev, Ye.A., Beliy, M.U. & Sit’ko, S.P. Occurrence of the human body’s own characteristic frequencies. Documents of AN USSR, B(10):60-63, 1984.

10.  Andreev, Ye.A., Beliy, M.U. & Sit’ko, S.P. Reaction of the human organism to electromagnetic radiation of the mil- limeter range. Vestnik AN SSSR 1:24-32, 1985.

11.  Anisimov, V.N., Zabezhinskiy, M.A., Muratov, Ye.I., Popovich, I.G.,Arutyunan A.V., et al. Influence of radiation from video terminals of personal computers on estrous function, melatonin levels and free radical processes in lab- oratory rodents. Biophysics, 43(1):165-170, 1998.

12.  Arber, S.L. & Adzhimulaev, T.A. Is detection of super-high frequency electromagnetic fields by nerve cell membranes possible? Elektron. Obrabotka materialov 1:74-75, 1980.

13. Arzumanov, Yu.L., Betskiy, O.V., Devyatkov, N.D., Lebedeva, N.N., et al. Application of mm waves in clinical medicine (latest achievements). Millimeter Waves in Medicine and Biology. Second Russian Symposium. Moscow, 1997, pp. 9-12.

14.  Balakireva, Ye.M., Borodkina, A.G., et al. Research on the influence of frequency modulation of radio waves on the protection of bone marrow blood production in animals exposed to X-rays. Elektron. Tekhnika. Elektronika SVCh Series 7 (343):9-12, 1982.

15.  Balibalova, Ye.M., Borodkina,A.G. & Golant, M.B. On the use of amplitude modulation for increasing the effectiveness of equipment used for informational effects of electromag- netic oscillations on living organisms. Elektron. Tekhnika. Elektronika SVCh Series 8 (344):6-7, 1982.

16.  Balibalova, Ye.N., Bozhanova, T.P., Golant, M.B. & Rebrova, T.B. Methods of studying sharply resonant response of living organisms to the effects of EHF radiation. Apparatniy kompleks “Elektronika-KVCh” i yevo primene- nie v meditsine. L.G. Gassanova, ed. Moscow: 1991, 156 pp. NPO “Saturn, Kiev, pp. 51-57.

17.  Beliy, M.U., Khokhlov, V.V., Tsikora, T.P. & Yakunov, A.V. Digital noise and prospects for its use in biology and medi- cine. Physics of the Alive 6(2):53-58, 1998.

18.  Beliy, M.U., Kolbun, N.D. & Lobarev, V.Ye. On the biolog- ical effect of mm radiation in the 2.5 mm wavelength range. Proceedings of the symposium, “Mechanisms of Biolo gical Effects of Electromagnetic Radiation,” Pushchino,  27-31 October 1987, 202 pp.

19.  Beliy, M.U. & Yakunov, A.V. Non-linear spectroscopic properties of living systems in the microwave field, in works of VNK “OTKLIK.” In the program Physical principles of diagnostics and therapy with the help of EMF in the mm range, Kiev, 1989, pp. 70-71.

20.  Betskiy,  O.V.  On  sources  of  millimeter  therapy. Radiotechnics, 1997, No. 9, pp. 61-69.

21. Bogdanov, N.P., Mel’nikov, V.N., Pisanko, O.I. & Pyasetskiy, V.I. Problem of influence of low-intensity EHF radiation on the human body. Apparatniy kompleks “Elektronika-KVCh” i yevo primenenie v meditsine., L.G. Gassanova,  ed. Moscow:  1991,  156  pp.  NPO  “Saturn,” Kiev, pp. 61-64.

22.  Bundyuk, L.S.,  Kuz’menko,  A.P.  &  Ponezha,  G.V. Experimental and clinical appraisal of negative cur rents of microwave EMR. Physics of the Ali ve 7(2):11-18, 1999.

23.  Bundyuk, L.S., Kuz’menko, A.P., Ryabchenko, N.N. & Litvinov, G.S. Corrective action of millimeter waves on sys- tems of various levels of hierarchy. Physics of the Alive 2(1):12-25, 1994.

24.  Cherkasov,  I.S.,  Nezdvetskiy,  V.A.  &  Gilenko,  A.V. Biomedical Effects of millimeter radio waves. Oftal’mologicheskiy zhurnal 3:187-190, 1978.

25.  Chernetsov, A.A., Lyutov, V.V. & Volodin, A.S. On electr o- magnetic safety in military-technical objects. Voenno-med- itsinskiy zhurnal Vol.CCCXIX, No. 3, 1998.

26.  Davydov, A.S. Biology and Quantum Mechanics. Kiev: Naukova Dumka, 1979, 296 pp.

27.  Devyatkov, N.D., Betskiy, O.V., et al. Influence of electro- magnetic oscillations in the mm wavelength range on bio- logical  systems.  Radiobiologiya,  1981,  Vol.21,  Part  2, pp. 163-171.

28.  Devyatkov,  N.D.,  Didenko,  N.P., Zelentsov,  V.I.,  et  al. Resonant interaction of SHF radiation in the mm range at low intensities with hemoglobin. Radiobiologiya 23(1)80-83, 1983.

29.  Devyatkov,  N.D.,  Gel’vich  E.A.,  et  al.  Radiophysical aspects of use in medicine of the energetic and informa- tional effects of electromagnetic oscillations. Elektron. Tekhnika, Elektronika SVCh Series 9(333):43-50, 1981.

30.  Devyatkov, N.D. & Golant, M.B. “Peculiarities of fre- quency-dependent biological ef fects under the influence of electromagnetic radiation,” Elektron. Tekhnika, Elektronika SVCh Series 12(348):46-50, 1982.

31.  Devyatkov, N.D., Golant, M.B. & Betskiy, O.V. Hypothesis on the interconnectedness of the influence of coherent, low- power waves of the EHF, IR, visible light and UF ranges on the functioning of cells. In the book Millimeter Waves in Medicine: Coll. of articles, Vol.2, N.D. Devyatkov and O.V. Betskiy, eds.  Moscow: IRE RAN Publishers, 1991, pp. 349-362.

32.  Devyatkov, N.D., Golant, M.B. & Betskiy, O.V. Millimeter waves and their role in the processes of life activities. Moscow: Radio and Communications, 1991, 168 pp.

33.  Devyatkov,  N.D.,  Golant,  M.B.  &  Rebrova,  T.B. Radioelectronics and medicine: on the possibility of using some analogies. Izvestiya vuzov SSSR. Radioelektron. 1982, Vol.25, No. 9, pp. 3-8.

34.  Devyatkov, N.D., Golant, M.B. & Tager, A.S. The role of synchronization and influence of weak signals of the mm wavelength range on living organisms. Effekty neteplovovo vozdeystviya  mm  izlucheniya  na  biologicheskie obiekty, N.D. Devyatkov, ed. Moscow: AN SSSR, 1983, pp. 7-17.

35.  Demchenko, A.P. Luminescence and dynamics of protein structure. Kiev: Naukova Dumka, 1988, 277 pp.

36.  Dmitrievskiy, I.M. Magnetic-resonant mechanism of the action of low (non-thermal) intensity on biological objects and its application to the EHF range. Pages 26-28 in Fundamental and Applied Aspects of Use of mm Electromagnetic Radiation in Medicine: Proceedings of the 1st All-Union Symposium with International Participation. Kiev: VNK “Otklik,” 1989, 404 pp.

37.  Dumanskiy, Yu.D.  &  Prokhvatilo, V.Ye.  Electromagnetic field of industrial frequency as a factor in the environment and its hygienic regulation. Gigiena i sanitariya 5:72-74, 1979.

38.  Effects of Non-thermal Influence of mm Radiation on Biological Objects, Prof. N.D. Devyatkov, ed. Moscow:AN SSSR, 1983, 220 pp.

39. Electromagnetic Fields in Medicine and Biology: Proceedings of All-Russ. Sci. Conf. (28-30 June 1995, Ryazan’). Ryazan’: Ryazansk Gov. Radiotech. Acad. Publishers, 1995, 48 pp.

40.  Fundamental  and  Applied  Aspects  of  Use  of  mm Electromagnetic Radiation in Medicine: Proceedings of the 1st All-Union Symposium with International Participation (10-13 May 1989, Kiev). Kiev: VNK “Otklik,” 1989, 404 pp.

41.  Gapeev, A.B. & Chemeris, N.K. Action of continuous and modulated EHF EMR on animal cells. Review in Vestnik novykh meditsinskikh tekhnologiy VI(1):15-22, (2):39-45, 1999.

42.  Gapeev, A.B., Safronova, V.G., Chemeris, N.K. & Fesenko, Ye.Ye. Modification of the activity of mouse peritoneal neu- trophils under the influence of millimeter waves in near and far fields of the radiator. Biophysics 41(1):205-219, 1996.

43.  Gerashchenko, S.I., Pisanko, O.I. & Mus’kin, Yu.N. Some physiological reactions of organisms under the influence of EHF radiation. Apparatniy kompleks “Elektronika-KVCh” i yevo primenenie v meditsine., L.G. Gassanova,ed. Moscow: 1991, 156 pp. NPO “Saturn, Kiev, pp. 65-71.

44.  Golant, M.B. Influence of monochromatic low-power elec- tromagnetic radiation of the mm range on biological processes. Biophysics 31(1):139-147, 1986.

45.  Golinskaya, M.S. & Alekseev, S.I. Combined Symposium “Mechanisms of Biological Action of Electromagnetic Radiation,” 26-31 October 1987, Pushchino. In Voprosy kurortologii,  fizioterapii i  lechebnoy  fizkul’tury 4:75-77, 1988.

46.  Gordon, Z.V, Lobanova, Ye.A., Kitsovskaya, I.A. & Tolgksaya, M.S. “Research on biological action of electro- magnetic waves of the mm range,” Bulletin of Experimental Biology and Medicine 7:37-39, 1969.

47.  GOST 12.1.006-76 SSTB. Electromagnetic fields of radio frequencies. General safety requirements, effective from January 1981.

48.  Grigoriev, Yu.G. Probability of Developing Malignant Tumor Process Under Influence of EMR. Moscow: Center for Electromagnetic Safety, 1996.

49.  Grigoriev, Yu.G., Grigoriev, O.A., Stepanov, V.S. & Pal’tsev, Yu.P. Electromagnetic pollution of the environment and health of the Russian population. “Health and Environment” Fund, Russian Association for Public Health, A.K. Demina, ed. Moscow, 1997, pp. 9-76.

50.  Grinyaev, S.N. & Rodionov, B.N. Possible consequences of influence of low-energy electromagnetic radiation on the genetic appar atus of a living cell. Vestnik novykh meditsin- skikh tekhnologiy VI(1):40-42, 1999.

51.  Grubnik, B.P., Sit’ko S.P. & Shalimov, A.A. Experience in applying the technology of the “Sit’ko-MRT” for rehabilita- tion of oncological patients in stage III-IV. Physics of the Alive 6(1):97-102, 1998.

52.  Ivanchenko, I.A., Gridina, H.Ya., Trilis, V.G. & Ogar’, L.D.
On the coef ficient of reflectivity of the skin in the millime- ter EMR range. Fundamental and Applied Aspects of Use of mm Electromagnetic Radiation in Medicine, Proceedings of the 1st All-Union Symposium with International Participation, (10-13 May 1989, Kiev). Kiev: VNK “Otklik,” 1989, p. 174.

53.  Illarionov, V.E.  Medical  Informational-Wave Technology. Moscow: VTs MK “Zashchita,” 1998.

54.  Iskin, V.D. Biological Effects of Millimeter Waves and a Correlational Method of Detecting Them, Khar’kov: “Osnova”  Publishers  at  Khar’kovskiy  University,  1990, 248 pp.

55.  Ismailov,  E.Sh.  Biophysical  Action  of  SHF  Radiation. Moscow: Energoatomizdat, 1987, 144 pp.

56.  Kazakova, L.G., Svetlova, S.Yu., Subbotina, T.I. & Yashin, A.A. Morphological and biophysical analysis of bone marrow blood production in rats under the influence of low- intensity electromagnetic EHF radiation. Vestnik novykh meditsinskikh tekhnologiy VI(3-4):38-41, 1999.

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73.  Mironov, A.V., Nikitin, V.V., Fedorishchev, I.A. & Yashin, A.A. “EHF equipment for treatment of gastroenterological illnesses,” Vestnik novykh meditsinskikh tekhnologiy II(3- 4):146-149, 1995.

74.  Miroshnikova, T.K. Peculiarities of the interaction of elec- tromagnetic fields and biological objects, and their shield- ing. Meditsina truda i promyshlennaya ekologiya 5:24-30, 1977.

75.  Mkrtchyan, L.N., et al. “Physics of the Alive” in the med- ical-biological aspect. Physics of the Alive 1993, 1(1):110- 131.

76.  Nefedov, Ye.I., Protopopov, A.A., Sementsov, A.N. & Yashin, A.A. Interaction of physical fields with living sub- stance, A.A. Khadartsev, ed. Tula: Tul’skiy Govt. Univ. Publishers, 1995, 180 pp.

77.  Nefedov, Ye.I., Protopopov, A.A., Khadartsev, A.A. & Yashin, A.A. Biophysics of fields, radiation and bioinfor- matics, Part 1. Tula: Tul’skiy Govt. Univ. Publishers, 1998.

78.  Nikitina, H.G. & Andrienko, L.G. Condition of reproductive functions in experimental animals under the influence of electromagnetic radiation of mm waves. Fundamental and Applied aspects of Use of mm Electromagnetic  Radiation in Medicine, Proceedings of the 1st All-Union Symposium with International Participation (10-13 May 1989, Kiev). Kiev: VNK “Otklik,” pp. 288-289, 1989.

79.  Non-thermal  Effects  of  Millimeter  Radiation.  N.D. Devyatkov, ed. Moscow: IRE AN SSSR, 1981, 338 pp.

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82.  Orlova, T.I. et al. Influence of SHF fields on human ner- vous-psychic  functions.  Kazanskiy  Meditsinskiy  zhurnal. 56(6):73-74.

83. Person in Electromagnetic Fields (A Brief Ecological Encyclopedia, Part 2). GNTsRF-Institute of Biophysics, Center for Electromagnetic Safety.

84.  Petrov, I.Yu. & Betskiy, O.V. Change in potentials of plasma membranes of green leaf cells during electromagnetic irra- diation. DAN SSSR 305(2), 1984.

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86.  Pisanko, O.I., Pyasetskiy, V.I. & Mus’kin, Yu.N. Questions of hygienic standardization of EHF radiation. Apparatniy kompleks “Elektronika-KVCh” i y evo primenenie v medit- sine. L.G. Gassanova, ed. Moscow: 1991, 156 pp. NPO “Saturn,” Kiev, pp. 18-24.

87.  Podtaev,  S.Yu.  &  Fedorov,  Ye.,  F.  Synchronization  of psycho-physical reactions under the influence of electro- magnetic radiation of the millimeter range on the human body. Millimeter Waves in Biology and Medicine 6:49-52, 1995.

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Dose- and substrate-dependent effect of exposure on growth of experimental tumor specimens of various natures. Physics of the Ali ve 6(2):65-72, 1998.

89.  Presman, A.S. Electromagnetic fields and life. Moscow: Nauka, 1968, 288 pp.

90.  Problems of Quantum Medicine in Ukraine and Abroad: Proceedings of the Second International Scientific-Practical Conference, Donetsk, 22-25 October 1997, 127 pp.

91.  Pyasetskiy, V.I. & Pisanko O.I. Clinical-experimental aspects of utilization of the “Elektronika-KVCh” apparatus in biology and medicine. Apparatniy kompleks “Elektronika-KVCh” i yevo primenenie v meditsine .
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92.  Radionov, V.G. Clinical-laboratory basis for utilization of EHF therapy in dermatology. Ibid. pp. 125-130.

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99. Safronova, V.G., Gapeev, A.B., Alovskaya, A.A., Gabdulkhakova, A.G., Chemeris, N.K. & Fesenko, Ye.Ye. Millimeter waves inhibit synergetic effect of calcium ionophore A23187 and phorbol ether in activating respir a- tory burst of neutrophils. Biophysics 42(6):536-542, 1997.

100. Serikov, A.A. On the influence of low-intensity EMR on biomolecular transformation. Pages 23-24 in Fundamental and  Applied  aspects  of  Use  of  mm  Electromagnetic
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101. Sevastianova, L.A. Peculiarities of biological influence of radio waves of the mm range and possibility of their utiliza- tion in medicine. Bulletin of Academy of Medical Science of the USSR 2:65-68, 1979.

102. Simonenko, V.B, Chernetsov, A.A. & Lyutov, V.V. Influence of electromagnetic radiation in the radio-frequency range on the health condition of an organized collective. Voenno-med- itsinskiy zhurnal CCCXIX(5):64-68, 1998.

103. Sit’ko,  S.P.  Conceptual  bases  for  physics  of  the  alive. Physics of the Ali ve 6(1):57-72, 1998.

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107. Sit’ko, S.P., Shakhbazov, V.G., Rud’ko, B.F., Grubnik, B.P., Nikishina, H.G., Bundyuk, L.S. & Ponezha, G.V. Objectivization of regulatory action of microwave reso- nance therapy. Ibid. 5(2):103-107, 1997.

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109. Smolyanskaya, A.Z. & Vilenskaya, R.L. Action of electro- magnetic radiation of the mm range on functional activity of some genetic elements of bacterial cells. UFN

110(3):458- 460, 1973.
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111. Sologub, V.V., Mikityuk, I.Yu., Ugarov, B.N. & Rozhavin, M.A. Microflora of the skin at acupuncture zones of patients undergoing microwave resonance therapy. Ibid. p. 332.

112. Study of mechanisms of non-thermal influence of mm and sub-mm radiation on biological objects. Proceedings of the Fifth All-Union Seminar, 28-30 September 1983. Moscow: AN SSSR, 1983, 36 pp.

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124. Volchenko, V.N., Kolbun, N.D. & Lobarev, V.Ye. Methods and results of evaluation of physical fields of human opera- tors in various EMR ranges. Fundamental and Applied Aspects of Use of mm Electromagnetic Radiation in Medicine: Proceedings  of  the  1st  All-Union  Symposium with  International  Participation.  Kiev:  VNK  “Otklik,” 1989, pp. 175-176.

125. Voropaev,  S.F.,  Ostrovskiy,  A.B.,  Dobrynin,  A.A.  & Verkhoturova, N.V. Dynamics of parameters of  electroen- cephalographic activity of the brain during EHF therapy. Apparatniy kompleks “Elektronika-KVCh” i y evo primene- nie v meditsine. L.G. Gassanova, ed. Moscow: 1991, 156 pp. NPO “Saturn, Kiev, pp. 71-74.

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