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NUOVE FRONTIERE IN MEDICINA
Tratto da: "The Center Frontier Science at temple Univerwsity"
 

 Studies on the Interaction Between Electromagnetic Fields and Living Matter Neoplastic Cellular Culture

76. Bistolfi, F., Campi magnetici in medicina, p. 363, ed., Minerva Medica, 1983. 

77. Freeman, N., Biologica! and clinica! effects of low-frequency electric and magnetic fields, Australas. Phys. & Erigi. Sci. Med., 3. 182-192, 1980.

78. Haimovici, N., Quattro anni di esperienza con terapia con campi magnetici pužsanti a bassa frequenza in ortopedia e traumatologia, Atti de! LI Congresso mt. Magnetomedicina, Roma 1980.

79. Bistolfi, F., Campi magnetici in medicina, p. 364, ed., Minerva Medica, 1983.

80. Giubbotti, A., Effetto dei campi magnetici puisanti sulla f]ogosi dei seni parasanali, Atti del LI Congr. mt. di Magnetomedicina, Roma,
1980.  

81. Bistoifi, F., Campi magnetici in medicina, pp. 365, ed., Minerva Medica, 1983. 

82. Rossano, C., La magnetoterapia ad impulsi nel dolore erpetico e post-erpetico, Clinica Europea, XXII, 6, novembre-dicembre, 1983.

83. Mustacchi, G., Trattamento di sindromi dolorose neopiastiche con magnetoterapia ronefor, Atti VI Cong. Naz. dellíAss. It per io studio del dolore, Trieste, maggio 1982.

84. Neumann, E., Membrane ežectroporation: toward a molecular mechanism, Univ. of Bieiefeld, Germany, Electricity and magnetism in bioiogy and medicine, San Francisco Press, mc, USA, 1992.

85. Mounei~nne, Y., Electro-insertion of proteins into membranes: a nove! approach to the study of membrane receptors, Harvard Univ., Electricity and magnetism in bioiogy and medicine, San Francisco Press, Inc., USA, 1992

86. Bistolfi, F., Radiazioni non ionizzanti, ordine, disordine e biostrutture, pp. 209- 246, Minerva Medica, Torino, 1989.

87. Bistolfi, F., Campi magnetici in medicina, pp. 384, Ed. Minerva Medica, 1983.

88. Miclavcic, D., 5. Rebersek, G. Sersa, and 5.   Novakovic, Nonthermal anti-tumour effect of eiectrical direct current ori murine
Eibrosarcoma SA-i turnour mode!, in: Eiectromagnetics in Bioiogy and Medicine, C.T. Bringhton and S.R. Poiiack, eds., San Francisco Press Inc. San Francisco, USA, 1991 

89. Adey, W.R., Whispering Between Ceiis:Electromagnetic Fieids and Regulatory Mechanism in tissue, Frontier Perspectives. Voi. 3, No. 2, Fai!, 1993. 

90. Grundler, W. and F. Kaiser, Mechanics of Eiectromagnetic lnteraction with Cellular Systems, Naturwissenscha ften, 79, 551-559, 1992.

91. Josephson, B.D., Phys. IETT., 1, 251, 1962. 

92. Box, G.E.P., W. G. Hunter, and J.S. Hunter, Statistics for experiments, New York, 1978.

93. Fletcher, R., Practicai methods of optimization, John Wiley and Sons, New York, 1987.

94. Adey, W. Ross, Electromagnetics in biology and medicine in: Modem Radio Science ed., Hiroshi Matsumoto, pp. 231- 249, 1993. 

95. Tsong, T.Y., Deciphering the iaržguage of cells, Trends in Biochemical Sciences, Voi. 14, pp. 89-92, 1989.

96. Sienkiewicz, Z.J., N.A. Cridiand, C.I. Kowalczuk, and R.D. Saunders, Biologica  effects of eiectromagnetic fieids and radiation in: The Rewiew of Radio Science 1990-1992, ed., M. Ross Storie, pp. 737- 770, 1993.

97. Tenforde, T.S., Cellular and mol~cular pathways of extremely low-frequency electromagnetic field interactions with iiving systems in: Electricity and Magne≠tism in Biology and Medicine, ed., Martin Biank, pp. 1-8, 1993.

98. Hand, J.W. and R. Cadossi, Therapeutic appiications of electromagnetic fields in: The Rewiew of Radio Science 1990-1992, ed., W. Ross Stone, pp. 779-796, 1993.

99. Pilia, A.A., State of the art in electro≠magnetic therapeutics in: Electricity and Magnetism in Biology and Medicine, ed., Martin Biank, pp. 17-22, 1993.

100. Hille, B., Ionic channeis of excitable membranes, Sinour Asociates Inc., Masschusetts, 1984.

101. Cleary, S.T., Biophysicai mechanisms of interaction in: The rewiew of Radio Science 1990-1992, ed., W. Ross Storie, pp. 717-735, 1993.

102. Pilla, A.A., PR. Nasser, and 1.1. Kaufma, Gap junction impedance, tissue dielectrics and thermal noise iimits for electromagnetic field bioeffects, Bioelectrochemistrv Lab., Department of Orthopaedics, Mount Sinai Schooi of Medicine, New York., in: Bioelectrochemistrv and Bioenergetics, 35, pp. 63-69, 1994.

103. Tenforde, T.S., Health effects of iow≠frequency eiectric and magnetic fields, Environ. Sci. Technoi., \Ďol. 27, Noi, pp. 56-58, 1993.

104. Traicov, L.L., NílA. Kuzmanova, 5. P. Ivanov, and M.S. Marcov, Effect of static magnetic fieid ori lectin binding to erythro≠cyte membrane, Bioelectrochemistry and Bioenergetics, VO!. 35, pp. 49-52, 1994.

105. Cieslar, G., A. Sieron, B. Turczynski, M. Adamek, and F. Jaskoiski, The infiuence of extremely low-frequency variabie magnetic fields ori rheologic and dieiectric properties of biood and the water≠electroiyte baiance in experimentai animals, Bioeiectrochemistry and Bioenergetics, Vol.35, pp. 29-32, 1994.

106. Liu, D.S., R.D. Astumian, T.Y. Tsong, Activation of Na+ and K+ Pumping Modes of (Na,K) ATPase by ari Qsciilating Electric Fieid., The Journal of Biologica! Chemistrv., Voi. 265, No. 13, pp. 7260-7267, 1990.

107. Sersa, G., M. Cemazar, D. Miciavcic, and M.L. Mir, Eiectrochemotherapy: variabie antj-tumour effect ori different tumour models, Bioelectrochemistry and Bioenergetics 35, pp. 23-27, 1994. 

108. Mir, M.L., 5. Orlowski, J. Belehradek, Jr., B. Poddevin, G. Pron, C. Domenge, M. Beiehradek, B. Luboinski, and C. Paoiett, Eiectrochemotherapy: A new antiturnour treatment using electric pulses, in: Martiri Biank, ed., Eiectricity and Magnetism in Biology and Medicine, San Francisco Press, Inc., pp. 119-121, 1993.

109. Del Giudice, E., 5. Dogiia, M. Milani, C.W. Smith, arid G. Vitieilo, Magnetic flux quantiza~ion and Josephsori behavior in iiving systems, Physica Scripta, Voi. 40, pp. 786-791, 1989.

110. Peters, Gordon, Cell cyclestifled bv inhibitions, News and Views, Nature., Voi. 371, pp. 204-260, September, 15 1994.

111. Adey, W.R., Electromagnetic fieids, cell membrane ampiification and cancer promotion, in Extremely Low-frequencv Electromagnetic Fields: The question of cancer, in B.W. Wiison, R.G. Stevens, and LE. Anderson, eds., Coiumbus, Ohio, Batteiie Press, 211-250, 1990.

112. Bentai, R.H.C., Low-Ievei pulsed radiofrequency fieids and the treatment of soft-tissue injuries, Bioelectrochemistrv and Bioenergetics, 16, 531-548, 1986.

113. Blank, M., Na,K-ATPase function in aiternating eiectric fieids, Faseb J., 6, pp. 2434-2438,   1992.

114. Blank, M. and L. Soo, bn activation of the Na,K-ATPase in aiternating currents, Bioeiectroche Bioenerget., 24, pp. 51-61, 1990.

115. Aibertini, A., G. Noera, A. Pierangeli, P. Zucchini, R. Cadossi, Effects of low≠frequency puised eiectromagnetic fieids on experimentaž myocardiai infarcts in rats., in C.T. Brington and SR. Poilack, eds., Eiectromagnetics in Medicine and Biology, San Francisco Press, pp. 187ó190, 1991.

116. Brington, C.T., Advanced ciinicai appžications of eiectromagnetic Eieid effects bone and cartiiagť, in CT. Brington and S.R. Poiiack., eds., Electromagnetics in Medicine and Bioiogy, San Francisco, San Francisco Press, pp. 293-308, 1991.

117. Piila, A.A., PR. Nasser, and J.J. Kaufman, in M.J. Aiierž, F. Cieary, A.E. Sowers, and D.D. Shiiiady, eds., Charge and Fieid Effects in Biosystems, 3, Boston: Birkhauser, pp. 231-241, 1992.

118. Traicov, L.L., M.A. Cuzmanova, SP. Ivanovand M.S. Marcov, Effects of static magnetic fields on iectin binding to erythrocyte membrane, in: Bioeiectrochemistry and llioenergetics, 35, pp. 49-52, 1994.

119. Lew, V.L. and L. Beauge, in Membrane Transport in Bioiogy, G. Giebisch, D.G. Tosteson, and H.H. Ussing, eds., pp. 81-

115, Springer-Verlag, Berlin-Heidelberg, 1979.

120. Beiehradek, J., 5. Oriowski, B. Poddevin, C. Paoietti, and L.M. Mir, Eiectrochemotherapy of spontaneous mammary tumours in mice, Eur. J. Cancer 27: 73-76, 1991.

121. Dei Giudice, E., S. Dogiia, M. Miiani, G. Vitieiio, Structures, correžations and eiectromagnetic interactions in Living matter: theory and applications. in: Bioiogicai Coherence and Responce to Externai Stimuii, H. Frohlich, ed., p.49, Springer 1988.

122. De Lateur, B.J., J. F. Lehmann, J.B. Stonebridge, C.G. Warren, and A.W. Guy, Muscže heating in human subjects with 915 Mhz. Microwave contact applicator. Arch. Phys.Med. 51, 147, 1970.

123. McAfee, R.D., Analeptic effect of microwave irradiation on experimentai animals, IEEE Trans, Microwave theory techniques, Voi. MTT 19, 251, 1971.

124. Nadasdi, M., lnhihition of experimen≠tal arthritis by athermic puisating short waves in rats, Orthopedics 2, 1960.

125. Muzaffer, Ataiay, Clinica! results of the treatment of cancer with modulated EM energy on terminai cancer patients according to the Method of Gorgun, Seminar, 1979.

126. Guner, Z. and I. Kayabaii, Experimen≠tal research work on Eiectrotherapeutic sieep and - Eiectroanesthesia. Surgicai team: Kayabaii I., Gorgun 5.. Tugcu K., Duman H., Numanogiu H., 1970. 

127. Gorgun, 5., Experimentai research work on cell membrane and the contro! of the cell mitosis with modulated EM energy according to the Method of Gorgun, Sea Biology Lab., 1972-1973.

128. Gorgun, 5. and F. Ozcellk, Controi of cancer cell mitosis with moduiated EM energy, according to the Method of Gorgun on white mice, Institute for Biophysics and Nuciear Medicine, 1974.

129. Gorgun, S. and F. Ozceiik, Experimen≠tal research work on regeneration of the meduiia spinaiis with modulated EM energy according to the Method of Gorgun after experimental injury on animals, 1974.

130. Gorgun, 5., F. Qzceiik, and i. Gurman, Demonstration on cancer cell culture (Eor controi of cell mitosis) ~vith moduiated EM energy according to the Method of Gorgun,

131. Gorgun, 5., Study on the effects of moduiated EM energy on infected tissue according to the Method of Gorgun, 1976.Facuity of science, Nucžear Research Centre,1975.  

132. Gorgun, 5. and E. Banko, Experimen≠tal in-vitro work on the control of cancer cel. mitosis with moduiated EM energy according to the Method of Gorgun, Nationaie Cancer Institute, Research Division, 1979.

133. Gorgun, 5. and E. Banko, Control of cancer cell membrane functions with moduiated EM energy accordiržg to the Method of Gorgun, Sta fE Conference, National Cancer Institute, Research Division, 1979.

134. Gorgun, 5., Treatment of cancer with moduiated EM energy according to the Method cE Gorgun on the terminai cancer patients, Pub. Scientific Research Centre,1980.

135. Gorgun, 5. and A. De Renzo, Clinicai appiications of symptomatic cancer treatment with modulated EM energy on terminai cancer patients according to the Method of Gorgun, 1985.

136. Gorgun, 5. and A. De Renzo, Ciinicai appiications of symptomatic cancer treatment with modulated EM energy on terminai caržcer patients according te the Method cE Gorgun, Staff CanE., December 1985.

137. Gorgun, 5. and A. De Renzo, Clinical appžications of the treatment of cancer with the moduiated EM energy according to the Method of Gorgun on terminai cancer patients, 1988-1991.

138. Gorgun, 5. and A. De Renzo, Clinical applications of the treatment of cancer with modulated EM energy according te the Method of Gorgun on terminai cancer patients, International Seminar, Patologia specifica delle ELF, 1991.

139. Gorgun, 5. and A. De Renzo, Possibiiit di trattamento dei cancro con energia -eiettromagnetica. Libera Universi Trapani, Anno X - N.29 Novembre 1991. (Clinica! appiications of the treatment cE cancer with modulated EM energy according te the Method oE Gorgun on terminai cancer patients).

140. Goodman, R. and A.S. Henderson, Transcriptions and translations in cells exposed to extremely low-(requency eiectromagnetic fields, Bioelectrochem. Bioenerget. 25: 335-355, 1991.

141. lto, [-1. and CA. Bassett, Eftect oweak pulsing electromagnetic iiežds on neural regeneration in the rat, CiinicaI Orthop. And Reiated Research 181:283- 290, 1983.

142. Kadiogiu, Y., Clinica I applications and resuits of the treatment of cancer with moduiated EM energy on terminai cancer patients according to the Method of Gorgun, Seminar, 1979.

143. Kanje, M., A. Rusovan, B.F. Sisken, and C. Lundborg, Pretreatment of rats with pulsed eiectromagnetic fields and enhanced regeneration of the rat sciatic nerve, Bioelectromagnetics (in press).

144. Kayabali, I., Personai Communica≠tions for the controi of cancer cell mem≠brane functions in vitro with the effect or modulated EM energy according to the Method of Gorgun, 1970-1973.

145. Kayabaii, I., Personal Communica≠tions for the control of cancer cell mem≠brane functions in vitro and in vivo with the effect of moduiated EM energy according to the Method of Gorgun, 1974-1975.

146. Kayabaii, I., Personal Communica≠tjons for the clinical results of the treatment of cancer with moduiated EM energy on terminai cancer patients according to the Method of Gorgun, 1979.

147. Kerns, J.M., A.J. Fakhouri, H.P.Weinrib, and J.A. Freeman, Electrical stimulation of the nerve regeneration in the rat, Neuroscience 40:93-107, 1991.

148. Orgei, M.G., W.J. Oíbrien, H.M. Murray, Pulsing electromagnetic field therapy in nerve regeneration. An experi≠mentai study in the cat, Plast. reconstr.surg. 73:173-183, 1984.

149. Osborn, K. D., S.B. Trippel, and H.J.Mankin, Growth factor stimulation oE aduit articular cartilage, J. Orthop. Res. 7:35, 1989.

150. PilIa, A.A., M. Figueiredo, PR. Nasser. J.J. Kaufman, and R.S. Siffert, Broadband EMF accelleration of bone repair in a rabbit model is independent of magnetic component, Eiectricity and magnctism in bioiogy and medicine, San Francisco Press, Inc. ]992 U.S.A.

151. Piiquett, U. and F. Pliquet, Puise impedence measurements: Their applica≠tion in medicine and research, Eiectricity arid magnetism in biology and medicine, San Francisco Press, Inc. 1992. U.S.A.

152. Ryaby. lT., F.P. Mage, and A.N4. Wejnstein, The eifect of combined AC/DC magnetic fieids on resting articuiar cartilage metabolism, Eiectricity and magnetism in biology and medicine, San Francisco Press, Inc. 1992. U.S.A.

153. Rusovan, A. and M. Kan;e, Stimuia≠tion of regeneration of the rat sciatic nerve by 50 Hz. sinusoidal magnetic fields, Exp. neurol. 112:312-316, 1991.

154. Samaras, CM., L.R. Muraff, and CE. Anderson, Proiongation of life during high intensity microwave exposures, IEEE trans., Voi. MTT 19, 245, 1971. 

155. Sieera, R. C., 5. Haiter 5., and J.A. Tanner, Effect of an electromagnetic field on the process of wound heaiing, Dept. of anatomy, Queen University, Third mt. Symposium, Varna, Voi. 33, 10, 1967.

156. Sinav, M., Ciinicai resuits of the treatment of cancer with moduiated EM energy on terminai cancer patients according to the Method oi Corgun, Seminar, 1979.

157. Sisken, B.F. and J. Waiker, Nerve regeneration: impiications for ciinical applications of eiectricai stinlulation, Electricity and magnetism in hioiogy and medicine, San Francisco Press, Inc. 1992. U.S.A.

158. Sisken, B.F., Eiectric and puised ežectromagnetic fieid effect on nerve tissue regeneration, in CT. Brighton and SR. Poiiack, eds., Eiectromagnetics in medicine and bioiogy, San Francisco Press, 1991, 259-274.

159. Sisken, BR, M. Kanje, C. Lundborg, E. Herbst, and W. Kurtz, Stimuiation of rat sciatic nerve regeneration with puised eiectromagnetic fieids, Brain. res. 485:309-316, 1989.

160. Temucin, T., Ciinicai appžications and resuits of the treatment of cancer with moduiated EM energy on terminai cancer patients according to the Method of Corgun Seminar, 1979. 

161. Wheeier, P. C. and MC. Wheeier, EIectromagnetic wound healing: Further clinicai and basic considerations, Dept. of Phvs. Medicine and rehabilitatiÚn, Unixíer≠sity oE Missouri MedicaI center. Third nt. Symposium, Varna. VoI. 33, 10, 1967.

162. Worden, R., J. Herrik, and F. Krusen, The heating effects of microwaves with and without ischaemia, Arch. Phys. Med. 29, 751, 1948.

163. Yaicin, 5., Cliržical appiications and results of the treatment of cancer with modulated EM energy on terminai cancer patients according to the Method of Gorgun, Seminar, 1979.

164. Zienowicz, R.J., BA. Thomas, W.H. Kurtz, and M.C. Orgei, A multivariate approach to the treatment of peripheriai nerve transection injury: The role of eiectromagnetic fieid therapy, Piast. reconstr. surg. 87:122-129, 1991.

165. Zimmer, Rií., H.A. Ecker, and V.P. Popovic, Selective electromagnetic heating of tumors in animais in deep hypothermia, IEEE Trans on microwave theory techniques, Voi.MTT 19, 238, 1971.

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