[1] Gudenaf D. Magnetism and the Chemical Bond. M.: Metallurgiya, 1968; 197 p.

[2] Topical issues and magnetobiology magneto therapy. Izhevsk, 1981; 255 p.

[3] Medical and biological substantiation of application of magnetic fields in public health practice. M.: Minzdrav SSSR, 1989; 207 p.

[4] Kholodov YuA. Magnetobiology. Priroda. 1965; (10):13-21.

[5] Magnetobiology magnetotherapy. Sofia. 1989; 250 p.

[6] Ulashchik VS. New methods and techniques of physical therapy. Minsk, 1986. 175 p.

[7] Ulashchik VS. Complex use of drugs and therapeutic physical factors. Minsk, 1985: 95 p.

[8] Pressman AS. Electromagnetic fields and nature. M.: Nauka, 1968. 262 p.

[9] Klyachkin LM, Fedorov BF. Concerning the mechanical action of the PMP on biological objects. Klin primenen magn poley. Izhevsk, 1975: 7-9.

[10] Kholodov YuA. On the biological effect of magnetic fields. Probl kosm med. M.: Meditsina, 1968: 378-85.

[11] Cherkasova OG. Magnetic field and magnetic formulations in medicine. Khim-Farm Zh. 1991; 25(5): 4-12.

[12] Kopylov AN, Troitski? MA. [Effect of magnetic fields on the radiation sensitivity of mice. 1. Effect of infra-low frequency of magnetic fields of low intensity on survival of experimental animals after x-ray irradiation]. Radiobiologiia. 1982;22(5):687-90.

[13] Magnetic fields in biology, medicine and agriculture. Rostov-na-Donu, 1985. 198 p.

[14] Magnetology and magnetic therapy in medicine. Vitebsk, 1980. 250 p.

[15] Derzhavin AE. Magnetically drugs. Directed transport and immobilization of biologically active compounds. Kiev, 1984: 12-4.

[16] Barenboim GM, Malenkov AG. Biologically active substances. New principles of search. M.: Nauka, 1986. 363 p.

[17] Rymarchuk VI, Malenkov AG, Radkevich LA, Sarbash VI. [Physical basis for the application of ferromagnetics introduced into body]. Biofizika. 1990;35(1):145-54.

[18] Tsyb AF, Amosov IS, Berkovsky BM, Sharlay VI, Nikitina RG, Rozhinsky MM, et al. Magnetic fluids at contrast media. J Magn Magn Mater. 1983;39(1-2):183–6.

[19] Geraskin VI, Rudakov SS. Magneto surgical correction of funnel chest deformation. M., 1989. 217 p.

[20] Ivanov BA. Effect of weak electromagnetic fields on circadian rhythm of human. Voen Med Zh. 1967; (2): 111-28.

[21] The modulation of the pulse magnetic field LSA tumors in mice. Fiz Khim Biol. 1983;(9): 69-72.

[22] Baniashvili DSh, Bilanishvili VG, Menadze MZ. Modifying effect mode, lighting and EMI on the development of breast tumors. Vopr Onkol. 1971; 37(1): 5-9.

[23] Stevens RG, Davis S, Thomas DB, Anderson LE, Wilson BW. Electric power, pineal function, and the risk of breast cancer. FASEB J. 1992;6(3):853-60.

[24] Wilson BE, Stevens RG, Anderson LE. Extremely low frequency electromagnetic fields: The question of cancer. Columbus (Ohio): Battelle press, 1990. 383 p.

[25] Mavrichev AS, Fertman VE. [The current status of and outlook for the use of suspensions of magnetic particles in oncology]. Vopr Onkol. 1991;37(1):11-7.

[26] Living systems in electromagnetic fields. Tomsk, 1978. 196 p.

[27] Va?ner LM, Podoplelov AV, Leshina TV, Sagdeev RZ, Molin IuN. [Effect of a magnetic field on the rate of H202 breakdown by catalase and by an Fe3+--EDTA complex]. Biofizika. 1978;23(2):234-41.

[28] Vrhovtseva NV, Glebova IN. Studies by iron accumulation by bacteria ny means of magnetic measuriments. Biofizika. 1993; 38(1):150-4.

[29] Kones SV. Cooperative transitions of proteins in the cell. Minsk, 1970. 213 p.

[30] Alekseev, LG, Reznikova LL, The effect of magnetic fields on the structural changes in biological systems. Medical and biological substantiation of application of magnetic fields in public health practice. L.: Minzdrav SSSR, 1989: 24-29.

[31] Piruzian LA, Kuznetsov AN. [Action of constant and low-frequency magnetic fields on biological systems]. Izv Akad Nauk SSSR Biol. 1983;(6):805-21.

[32] Aristarkhov VM, Klimenko LL, Deev Ai, Ivanekha EV. Effect of static magnetic field on the process of lipid peroxidation in phospholipid membranes. Biofizika. 1982; 28(5):800-5.

[33] Vanag VK, Kuznetsov AN, Piruzian LA. [Influence of magnetic field on hydrogen peroxide decomposition by catalase]. Biofizika. 1983;28(1):18-23.

[34] Gregoriadisi GA, Allisona LA. Liposomes in biological systems. M.: Meditsina, 1983. 384 p.

[35] Ternovo? KS, Derzhavin AE. [Using finely dispersed ferromagnetics in biology and medicine (a review of the literature)]. Vrach Delo. 1983;(5):4-10.

[36] Fedorov YuM, Burlakova EV, Olkhovskaya IP. [On the possibility of the use of fine metal powders for administration to animals]. Dokl Akad Nauk SSSR. 1989; (5): 1277-80.

[37] Shabarchina MM, Tsapin AI, Malenkov AG, Vanin AF. [Behavior of magnetic particles of metallic iron in animals]. Biofizika. 1990;35(6):985-8.

[38] Gonskiy YaI, Samelyuk BYu. Microelements in Medicine. M.: Nauka, 1972. 186 p.

[39] Fatkullina LD, Glushchenko NN, Kossova GV, Iaglova LG, Fedorov IuI. [Stimulation of DNA and protein synthesis by a highly dispersed zinc powder]. Izv Akad Nauk SSSR Biol. 1984;(1):130-3.

[40] Babenko GA. Microelements in experimental and clinical medicine. Kiev: Meditsina, 1985. 125 p.

[41] Voinar A. The biological role of trace elements in animals and humans. M.: Meditsina, 1960. 105 p.

[42] Ripan R, Ceteanu I. Chimia metalelor. transl from Bucure?ti : Mir, 1966. vol 2: 75-9.

[43] Belous AM, Konnink KT. Physiological role of elements. Kiev: Naukova Dumka. 1991. 104 p.

[44] Baum EF. The state of research and application prospects of magnetizing liquid media. Magn Gidrodinamika. 1977; (3):145-6.

[45] Abstracts II conference on the application of magnetic fluids in biology and medicine. Sukhumi, 1985. 165 p.

[46] Ra?kher IuL, Shliomis MI, Frank VA. [Use of magnetic fluids in clinical medicine]. Klin Khir. 1988;(1):73-4.

[47] The magnetic field in medicine: Coll. Scien. Works. Frunze, 1974: 100-172.

[48] Shliomis MI. Ferrofluids. Uspekhi Fizicheskih Nauk. 1974; 112(3): 427-58.

[49] Bibik EE, Buzunov OV. Advances in the field of preparation and use of ferromagnetic fluids. Reviews on electron technique CRI: Electronics. M., 1979; Iss 7: 3-12.

[50] Solov'eva GG. Magneto-therapeutic equipment. M.: Meditsina, 1991. 176 .

[51] Application of a magnetic field and ultrasound for medical purposes. L.: LMI, 1985. 176 p.

[52] Vyaloe AM, Lisichkina ZS. Occupational hygiene and prevention of unfavorable effect of magnetic fields on workers: Method instructions. M.: Zdorov'e, 1973.

[53] Kelin NA, Kudryavtsev VK. Methods and apparatus for controlling magnetic properties of permanent magnets. M.: Energiya, 1984. 79 p.

[54] AS. N 95031196. Superfine iron powder. TM Shvets', NF Kushchevs'ka, TS Maksimenko BI. 1995.

[55] AS. N 95110081. Pat. Ukraine. A method for producing a powder of iron-silver. TM Shvets', NF Kushchevs'ka, TS Maksimenko BI. 1996.

[56] Shvets' TM, Kushchevs'ka NF, Mogulevich YaF et al. [Effect superfine iron powder with the noble metals on the properties of certain microorganisms]. Mikrobiol Z. 1996; 58(4): 57-60.

[57] Hvozdiak RI, Shvets' TM, Kushchevs'ka NF, Denys RO. [The antibacterial activity of preparations with highly dispersed iron]. Mikrobiol Z. 1996;58(6):45-9.

[58] Kushchevs'ka NF, BorodinaLG, Shvytay VA. Investigation of thermal stability of superfine iron . Poroshkovaya metallurgiya. 1994; (11-12): 8-40.

[59] Shvets TM, Kushchevskaia NF, Melnichenko ZM, Maksimenko TS. A study of corrosion resistance of fine iron. Poroshkovaya metallurgiya. 1994; (7-8): 100-4.

[60] Kushchevskaia NF, Shvets TM, Polyakov VE. Investigation of the interaction of superfine iron with water. Poroshkovaya metallurgiya. 1995; (5-6): 111-3.

[61] Simrot MI, Shvets TM, Kryzyna PS et al. Applied aspects of wound healing flow results in terms of the use of biologically active substances. Kyiv, 1994: 166-170.

[62] Shvets TM, Kushchevskaia NF, Klochko EV. [The possibility of using highly disperse iron for the directed transport of thyroxin in the body]. Lik Sprava. 1997;(1):73-5.

[63] Baraboy VA, Savtsova ZD, Shvets TM, Zinchenko VA, Zauer NV, Voyejkova IM, Zaritskaya MYu, Estrella-Lyopis VR, Yurkova IN, Kushchevskaya NF. Experimental analysis of tumor cells exposure to highly-dispersed ferromagnetics. Eksperimentalnaya Onkologiya. 1996; 18(4): 413-8.

[64] Shvets TM, Kushchevs?ka NF, Gryhor'ev EA. New Materials in neuroscience. Lviv, 1997: 115-7.