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1935

  • Bauer E.S.
    Theoretical Biology. L.: VIEM, p. 205.

  • Lazarev P.P.
    Theory of the action of short and ultrashort waves. Clinical Medicine, pp. 1574–1589.

1936

  • Debye P., Zach H.
    Theory of Electrical Properties of Molecules. L.-M.

1938

  • Daikhovsky Y.I.
    Electrocardiographic emission of gastric motor activity. Clinical Medicine, No. 9, pp. 1145–1153.

1942

  • Mickey G.E.
    Electromagnetizm and its effect on organism. N-Y State J. med., 63, 13, p. 1933-1942.

1949

  • Bertalanffy L.
    Das biologische Weldbild. Bd 1, Bern

1952

  • Tuging A.M.
    Phil. Trans. R. Soc., v. 237, p. 37-72.

  • Bertalanffy L.
    Problems of life. London

1960

  • Baldwin M., Bach S., Levis S.A.
    Effect of radio-freguency on primate cerebral activity. Neurology, 10 p. 178-187.

  • Jasky T.
    Radio wave and life. Radio Electronics, 31, 1, p.43-49.

1963

  • Frey A.H. Amer. J. Med.
    Electronics, 2, N 2, 28-31.

  • Mickey G.E.
    Electromagnetizm and its effect on organism. N-Y State J. med., 63, 13, p. 1933-1942.

1964

  • Gross L.
    Distortion of the bond angle in a magnetic field and its possible magnetobiological implications, N.Y., p.74.

1965

  • Beisher D.E.
    Biomagnetics. Ann N-Y Acad Sci., 134, N 1, p. 454.

1966

  • Assmann D.
    Human sensitivity to weather. — Leningrad: Hydrometeoizdat, p. 247.

  • Goodwin B.
    Temporal organization of the cell. Moscow: Mir, p. 251.

  • Ivanov-Muromsky K.A., Likhachev A.I.
    Influence of constant magnetic field on blood and CNS of humans and animals. In: Some problems of biocybernetics. Kiev: Naukova Dumka, pp. 92–99.

  • Gusarov D.V.
    Studies of the kinesthetic analyzer in individuals exposed to EHF radiation. In: Medical and biological problems of microwave radiation. Leningrad, pp. 145–149.

  • Pivovarov M.A.
    Effects of microwave exposure on humans under laboratory conditions. In: Medical and biological problems of microwave radiation. Leningrad, pp. 130–140.

  • Subbota A.G.
    Effects of microwave radiation on the central nervous system. In: Medical and biological problems of microwave radiation. Leningrad: Meditsina, pp. 57–67.

  • Subbota A.G., Svetlova Z.P.
    On some causes of asymmetry in conditioned and unconditioned reflexes. In: 21st Conference on Problems of Higher Nervous Activity. Moscow, p. 284.

  • Kholodov Yu.A.
    Influence of electromagnetic and magnetic fields on the central nervous system.

  • Shannon C.
    Works on information theory. Moscow: Foreign Literature Publishing.

1967

  • Frey A.
    Applied Physiology, N6, p. 984-988.

1968

  • Cabor D.
    Nature, p. 1278., p. 548.

  • Chew G.F.
    «Boostrap»: A Scientific Idea? // Science., v/161, p. 762-765.

  • Frey A., Siefert E.
    Life Sci., v. 7, p.505-512.

  • Frolich H.
    Phys. Lett., v. 26A, p. 402.

  • Greguss P.
    Nature, v. 219, p. 482.

  • Hamer J.B.
    Effects of low-level, lov-freguency electric fields on human reaction time. Communes Behav. Biol. A., N 2, p.217-222

  • Mmosnier S., Henry J.P.
    Sensory effects from radio-frequency energy. Clin.Res., 16, 4, p. 509

  • Photiades D., Ayivorh S.
    he effect of pulsed electrostatic and electrokinetic fields on central nervouse homeostatis. Congr. Int.Cyber.Nature, 6, 4,p. 509.

  • Tiedemann H.
    In: Grhaniser, (eds. Nakamura C., Toivonen S.) Elsevier North 33/Holland Biomed. Press.

  • Tiedemann H.
    Cell Phisiol., v.72, Suppl. I., p/ 129-144.

1969

  • Pribram K.H.
    Sci Amer., v. 20, p.1.

  • Cabor D.
    IBM J. Res Dev., v. 13, p. 2.

  • Becker R.O.
    The effect of magnetic fields upon central nervous system. In «Biological effects of magnetic fields», N-Y Plenum Press, 2, p. 207.

  • Barnothi M.F.
    Ditroduktion. In: Biological effects of magnetic fields. Plenum Press, NY., v.2, p.1.

1970

  • MacGregor R.J.
    Direct Mechanism for the Influence of Microwave on Neuroelectric Potentials. The Rand Corp., Santa Monica, Calif., p. 4398

1971

  • Stapp H.P.
    S-Matrix interpritation of quantum theory. Physical review., v. d3, p. 1303-2000.

1972

  • Fukada E., Ando Y.
    Polymer Sci. V.10. N 3. P.565

  • Neumann E., Katchalky A.
    Proc. Nat. Acad. Sci., v. 69, p. 993-997.

  • Tiedemann H., Born J.
    Roux’archiv, v.184, p.160-169, p.285-299.

1973

  • Bowin S.
    Cavalas-Medici R., Adey W. //Brain Res., v.58, p. 365-384.

1974

  • Albert E.N., De Santis M.
    Do microwave alter nervous system structure. In: conference on the biological effects of non-ionizing radiation, 10, N 1.

  • Medical publication
    Biological effects and health hazards of microwave radiation, Warsaw, Polish

  • Mascarenhas S
    Ann. N.Y. Acad. Sci., v.238, p. 36-52.

  • Pulla A.
    Ann. N.Y. Acad Sci., v. 238, p. 149-170.

1975

  • Bowin S., Kaczmarek R., Adey W.
    Ann N-Y Acad. Sci., v.247, p. 74-81.

  • Diachence I.A., Mirloy W.C.
    Michaelson S.M. Microwave and radiofrequency radiation. Rochester, p.97.

  • Frey A., Feld S., Frey B.
    Biol. Effects of Nonioniz. Radiat./ Ed.P.Tyler Ann N-Y Acad. Sci., p. 247.

  • Frey A.
    Ann N-Y Acad. Sci., 247, p. 433-439.

  • Frolich H.
    Proc. Natl. acad. Sci, USA. v. 72, p. 4211-4215.

  • Galloway W.D.
    Ann N-Y Acad. Sci., 247, p. 410-416.

  • Lovely R.H., Guy A.W.
    In «Proc. Of microwave power symp.» Waterloo, 87-94.

  • Reddi A.H.
    (ed.) , Extracelular matrix: structure and function. UCLA symposia on molecular and cellular biology. New series, v.25. Alan R Liss Inc. (New York), 435 pages.

  • Servantie B.
    Ann N-Y Acad Sci, 247, c.82-86.

  • Slavkin H.C., Greulich R.C.
    (eds) Extracellular Matrix Influences on Gene Expression., New York. Acad. Press.

  • Teylor E.M., Ashieman B.T.
    Ann N-Y Acad. Sci., 247, p. 63-73.

  • Thomas J.R., Finch E.D., Fulk D.W., Burch L.S. Ashieman B.T.
    Ann. N.-Y. Acad Sci., 247, 425-432.

1976

  • Gillrd J.
    Biol. Effect electromagnetics waves. Vol.l. (Selpapers of the USNC/URSI annular meeting). Bouler, Colorado, p. 175-186.

1977

  • Frolich H.
    Neurosei. Res. Programm. Bull., v. 15, p. 27-72, p. 67-72.

  • Michaelson S.M.
    Microwave and radiofrequency radiation. Rochester, p. 97.

1978

  • Bawin S.W., Shappari A.R.
    Possible mechanisms of weak electromagnetic fields coupling in the brain tissue // Bioelekroche mistry and Bioenergetics, — 5, p. 67-76.

  • Kawakami J., Sasaki N., Sato A.
    Osako N. Dev. Growth and Different., v.20, p.353-361.

1979

  • Popp F.A.
    Electromagnetic Bioinformation., Urban und Schwarzenberg Munchen- Baltimore.

  • Takashima S., Onaral B., Schwan H.
    Radiat. Environm. Biophys., v. 16, p. 15-27.

1980

  • Adey W.R.
    Frequency and power winding in tissue interactions with weak electromagnetic fields // Proc. IEEE., v. 168, p. 119-0125.

  • Semm P., Schneider T., Volrath L
    Effects of earth-strenght magnetic field on electrical activity of pineal cell // Nature., — 288, N 5791, p. 607-608.

1981

  • Adey W.R.
    Phisiol. Rev., v.61, N 2, p. 435-514.

  • Albrechten O.
    Effect of electrical fields on man //Proc. 9-th Intern. Conf. Of Biometerol., Osnabruc, Sept.23 — Oct.1, 1981 — Osnabruc,, p. 120.

  • Arnolt E., Flinn E.A., Smith C.W.
    Effects of low-frequency magnetic fields on bacterial growth rate // Phys.Med. and Biol.-N26, N4.-p. 613-621.

  • Popp F.A., Ruth B., Bohm J.
    Emisson of Visible and Ultraviolet Radiation by Active Biological Systems // Collective Phenomena 3, p. 187-214.

  • Wilson R.W.
    Chronic exposure to 60Hz electric fields: Effects on pineal function in the rat // Bioelectromagnetics, N2, p. 371-380.

1982

  • Arnolt E., Flinn E.A., Smith C.W.
    Magnetic fields effects on the lac operon system // Ibid., — 27, N 3, p. 606-610

  • Bissel M.J., Glenn H.H., Parry G.J.
    Theor. Biol., v. 99, p. 31-68.

  • Del gindice E., Doglis S., Milani M.
    Phys. Lett., v.90a, N 1-2, p. 104-106.

  • Frolich H.
    Phys. Lett., v. 29A, p. 153-154.

  • Kohli M., Van Zandi L.L.
    Biopolimers, V.21, p. 1399-1410

  • Sanker Narajan
    A controlled magnetic field (CMF) enciosure for experiments in magnetophysiology, v. 2, N 2, p. 25-29.

  • Swicord M.L., Davis C.C.
    Biopolimers, v. 21, p. 2453-2460

1983

  • Go N., Noguty T., Nishkawa T.
    Proc. Nat. Acad. Sci. USA V.80 P.3696

  • Kavaliers M., Hirst M, Jerkey G.C.
    Ageing, opioid, analgesia and the pineal gland // Life Sci.,-32, p. 2279-2287.

  • Lindsay S.M., Powell J.
    Biopolymers. V.22. P.2045

  • Nagl W., Popp F.A.
    Cytobios, v. 37, p. 45-62.

  • Ossenkopp K.P., Ossencop M.D.
    Geophysical variables and behavior //Phys.Rev., — 52, p. 343-350.

  • Pohi H.A.
    Coherent. Excita. Biol. Sust., Berlin e.a., p. 199-210.

  • Sampath T.K., Reddi A.H.
    Proc. Natl. Acad. Sci. USA., v.80, p. 6591-6595.

  • Welker N.A.
    Effect on artificial magnetic field on the serotonin N-acetyl-transferose activity and melatonin content of the rat pineal gland // Exp. Rain Res., — 50, p. 426-432.

  • Yomosa S.
    Phys. Rew A.: Gen. Phys., v.27, N 4, p. 2120-2125.

1984

  • Besset C.A. L., Pawluk R.J.
    Ann N-Y Acad Sci., v. 238, p. 249

  • Edvards G.S., Davis C.C., Seffen J.D., Swicord M.L.
    Phys. Rev. Lett., v.53, N 13, p. 1284-1287

  • Francoise L., Eur. J.
    Cell Biol., v.33, N 2, p. 300-311

  • Harris A.K., Stopak D., Wagner P.J.
    Embr. Exp. Morrphol., v. 80, p. 1-20.

  • Janeczek J., John M., Born J., Tiedemann H.
    Roux Archiv., v.150, N 2, p. 21-24, / v.193, N1, p.13-18.

  • Marino A.A.
    Bioelectr., v.1-2, p. 235-244

  • Pokorny J., Vasek K.,Fiala J.
    Biol. Physics, v.12, N 4, p. 79-84

  • Polh H.A.
    Int.J. Quantum Biol. Symp., N.I.: Proc. Int Symp. Quant. Biol. And Quant. Pharmacol., Palm. Coast Florida., March 12-15, P. 367-368.

  • Prasad D.K., Prochfsky E.W.
    Biopolimers, v.23. P.1795

  • Sampath T.K., Reddi A.H.
    v.98, N 6, p. 2192-2197

  • Sampath T.K., Wientroub S., Reddi A.H.
    Biochem. Biphys Res. Comm., v.124, N 3, p. 829-836

  • Smith C. W.
    Electromagnetic phenomena in living biomedical systems //Proc. 6th Am. Conf., p. 176-180.

  • Smith C. W.
    Sixth annunal conf IEEE engineering in midic .and boil. Society, Sept.15-17, p. 176-180.

  • Tuzinsky J.A., Paul R., Chatterjee R., Sreenivasn S.R.
    Physical Review A: General Physics, v. 30, N 5, p. 2666-2675.

  • Welsburd S.
    Sci. News, v.125, N 16, p. 248.

  • Liburdy R.P., Penn A.
    Microwaves bioeffects in the erythrocyte are temperature and pO2 dependent: cation permeability and protein shedding occur at the membrane phase transition. Bioelectromagnetics 1984, 5(2), 283-291

1985

  • Blinowska K.J., Lech W., Wittlin A.
    Phys. Lett., v. 109a, N 3, p. 124-126.

  • Born J., Hoppe P., Schuarz W., Tiedemann H., Wittman-Liebold B.
    Biol. Chem. Hoope-Seyler,v.366, N 8, p. 729-735.

  • Chou K.-C.
    Biophys. J. V. 48. P. 289.

  • Delgado J. R.M.
    Biological effect off extremely low freguency electromagnetic fields // Biomagnetism: Application and Theory. — New-York: Pergamon press, p. 443-455.

  • Nobili R.
    Phys. Rev. A: Gen. Phys., v. 32, N 6, p. 3618-3626.

  • Rowlands S.J.
    Statist. Phys., v.39, N 5-6, p. 543-549.

  • Scott A.C., Jensen J.H.
    Phis. Lett, v. 109A, N 5, p. 243-245.

  • Smith C.W., Choy R., Monro J.A.
    Water, Friend or Foe? Laboratory Practice, v.34, p. 29-34.

  • Subrahmayam S.
    Effects of magnetic micropulsation on thebiological system, a bioenvironmental study // Int. J. Biometeorol, v.29, N 3, p. 293-305.

  • Wever R.A.
    External modification of human circadian rhytms // Biometeorology, −10, part 1, p. 94.

1986

  • Choy R., Monro J., Smith C.
    J. Clinical Ecology., v.4, N3, p. 13-16.

  • Persson B.N.I.
    Chem. Phys. Letters. V.127 P. 428.

  • Webb S.G.
    Newly developing apporoaches to diseases: the crystal propertics of living cell, their control over normal cell activities and role in oncology and virally induces malfunctions // G. Med.Sci., v.14, p. 98-103.

1987

  • Brenner S.L., Gelman R.A., Nossal R.
    Macromolecules, v. 11, N 1, p. 202-207

  • Divacar N.I.
    Preliminary studies of pulsed magnetic fields for prevention and treatment of servere cold injures //Int. Conf. On Energy Medicin. — Madras, P. 18

  • Nobili R.
    Phys. Rev. A, v. 15, p. 1901-1922

1988

  • Frohlich H.
    Biological coherence and response to external stimuli / Berlin, Heiderberg, Sprinder

  • Smith C.W.
    Electromagnetic and geomagnetic fields in hypersensitivity, energy medicine bionavigation // Energy Medicine Around the World. — Arisone, p. 219-239

1989

  • Translated from English / Edited by J. Kirschvink, D. Jones, B. McFadden
    Biogenic Magnetism and Magnetoreception. New Findings in Biomagnetism. In 2 volumes. Moscow: Mir

  • Occupational Hygiene and Occupational Diseases
    No. 10, pp. 19–22

  • Dubrov A.P., Pushkin V.N.
    Parapsychology and Modern Natural Science. Moscow: JV “Sovaminko”

  • Kopvillem U.Kh.
    Some Issues of Medical Physics // Effect of Electromagnetic Radiation on Biological Objects and Laser Medicine. Vladivostok: Far Eastern Branch of the USSR Academy of Sciences, pp. 212–226

  • Losev K.S. Water. Leningrad
    Hydrometeoizdat.

  • Migdal A.B.
    Quantum Physics for Big and Small. Moscow: Nauka

  • Mintz R.I., Skopinov S.A.
    Structural Alternation of Biological Fluids and Their Models Under Informational Influences. Helium–Neon Laser. // Effect of Electromagnetic Radiation on Biological Objects and Laser Medicine. Vladivostok: Far Eastern Branch of the USSR Academy of Sciences, pp. 6–41

  • Novoseltsev V.N.
    The Organism in the World of Technology: A Cybernetic Aspect. Moscow: Nauka

  • Semikhina L.P.
    Study of the Influence of Weak Magnetic Fields on the Properties of Water and Ice: Author’s abstract of a PhD thesis in Physics. Moscow: 21 pages.

1990

  • Schmacher P.
    Effective treatment and diagnosis of allergy. Brugeman Institut Seminar for English speaking doctors

  • Walleezek J., Liburdi R.P.
    FEBS Letters. V.271. N 1/2. P. 157

1991

  • Gariaev P.P., Chudin V.I., Kommissarov G.G., Berezin A.A.
    Proc. SPIE, v. 1621, p. 280-291

  • Sounders R.D., Kovaltzuk S.I., Sienkievitcz Z.J.
    Biological effects of exposure to non-ionising electromagnetic fields and radiation. III. Radiofriquency and microwave radiation //Nat. Radiol. Prot. Board (Rept.)., R.24, p. 80-82

  • Veyret B, Bouthet C.P., Deschaux P.
    Bioelectromagnetics. 1991, v/12, p. 47-56. Walleezek J., Liburdi R.P. //FEBS Letters. V.271. N 1/2. P. 157

1992

  • Belyev I.Y., Shceglov V.S., Alipov Y.D.
    Charge and field effects in biosystems. Part III. Allen M.J. et al. Boston: Birkhauser Publ., P. 112

1993

  • Poponin V.P., Podkozin A.A., Dontson V.I.
    Transactions of the Second Congress of the European Bioelectromagnetics Assosiation, December 9-13. Bled-Slovenia. P.78

1994

  • Abdeev R.F.
    Philosophy of the Information Civilization. Moscow: Vlados

  • Edited by V.I. Dontsov
    Human Bioenergetics. Encyclopedia

  • Garyaev P.P., Vnuchkova V.A., Shelepina G.A., Komissarov G.G.
    Verbal-semantic modulations of Fermi–Pasta–Ulam resonances as a methodology of entering the command-image structure of the genome // Journal of Russian Physical Thought, Nos. 1–4, pp. 1–28

  • Garyaev P.P.
    The Wave Genome. Moscow: Public Benefit

  • Grigoriev Yu.G.
    Magnetology, No. 1, pp. 6–7

  • Capra F.
    The Tao of Physics. St. Petersburg: Oris, Yana-Print

  • Krivokon V.I., Titov V.B.
    Biocorrection. Devices and Systems. Stavropol: Pressa

  • Samoylov V.O., Subbota A.G.
    On the ecological approach to studying the bioeffects of radio waves // Military Medicine. Issues of prevention, diagnosis, and treatment of extreme conditions. Collection of Articles. Moscow: Voenizdat, pp. 102–111

  • Smith S.
    Electromagnetic bioinformation and water // Bulletin of Biophysical Medicine, No. 1, pp. 3–13

  • Tkachenko N.N., Shulga E.L., Tumasova N.K.
    Magnetobiology, 1994, pp. 32–34

  • Ulashik V.S.
    Essays on General Physiotherapy. Minsk: Science and Technology

  • Khazen A.M.
    Features of information synthesis under electromagnetic radiation in biosystems and its practical implications. // Theoretical Biology, Issue 6. Moscow: RAUB

  • Khazen A.M.
    Electromagnetic radiation as a neurotransmitter // Theoretical Biology, Issue 10. Moscow

  • Cherkasov A.V.
    Magneto-optical effects on water-dependent structures of living organisms // Bulletin of Biophysical Medicine, No. 1, pp. 49–52

  • Chernov V.N., Shivrin S.V., Slastenova N.K.
    Magnetobiology, No. 1, pp. 13–14, pp. 44–45

1998

  • Savopol T, Moraru R, Dinu A, Kovacs E, Sajin G.
    Membrane damage of human red blood cells induced by low-power microwave radiation. Electromagnetic Biology 1995, 14, 99-105

1998

  • Seregin V.S., Zubarev A.F., Chernyshev M.K., Sheblanov V. Yu.
    The major link of mechanism of nonspecific effect of the AES GTM generation of the organism. In journ. of Human physiology, Vena

2005

  • Beliajev I.
    Nonheating biological effects of microwaves. Microwave review, November 13-29

2007

  • Kuzmanova M., Atanasova G., Atanasov N., Tasheva S.
    “Effect of Electromagnetic field GSM900 on human eritrocites” Ecolog, 2007, 27, 423-428

2010

  • Behari J.
    Biological responses of mobile phone frequency exposure. Indian Journal of Experimental Biology, 48, 959-981

2012

  • Alghamdi M.S., El-Ghazaly N.A.
    Effects of exposure to electromagnetic fields on some hematological parameters in mice. Open Journal of Medicinal Chemistry, 2, 30-42

2021

  • Terehina N.A Selind A.D. Terehin G.A..
    “Effect of Electromagnetic Radiation on Antioxidant Defense Markers in Rat Erythrocytes and Blood Plasma” Pathological Physiology and Experimental Therapy, Vol. 65, No. 3 (2021)

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