Three-dimensional model of the radiating cells

Александр Владимирович Харланов

Three-dimensional model of the radiating cells

Александр Владимирович Харланов¹

research article UDC 538.569 Pages: 42-50

¹ к.ф.-м.н., доцент, кафедра физики, Вол- гоградский государственный техниче- ский университет

Keywords: cell numerical modeling oscillations electromagnetic field radiation

Abstract

This paper discusses the electromagnetic fields generated by moving charges, to- gether with the membrane. The numerical modeling of electromagnetic radiation of a oscillating three-dimensional cell it is carried out. Also questions of radiation of group of cells are considered. Dependences of a field on distance and time are resulted. We give a suggestion of a possible exchange of information cells by means of electro- magnetic waves.

How to cite

Харланов А.В. Трехмерная модель излучающих клеток // Биомедицинская радиоэлектроника. 2017. № 5. С. 42–50.

References

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Kaznacheev V.P., Mixajlova L. P. Sverxslaby'e izlucheniya v mezhkletochny'x vzaimodejstviyax. Novosibirsk: Nauka. 1981. 144 s.
Rubin A.B., Biofizika: V 2-x kn.: Ucheb. dlya biolog. specz. vuzov. Kn. 2. M.: Vy'sshaya shkola. 1987. 303 s.
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Shein A.G., Xarlanov A.V. Dipol'noe predstavlenie membrany' // Biomediczinskie texnologii i radioe'lektronika. 2007. № 5. S. 15–19.
Frohlich H. Bose condensation of strongly excited longitudinal electric modes // Phys. Lett. 26 A. 1968. 402 P.
Deviatkov N.D., Golant M.B., Betskii O.V. MM-waves and their role in vital activity processes. Moscow: Radio i Sviaz. 1991. 168 P.
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Devyatkov N.D., Golant M.B., Tager A.S. Rol' sinxronizaczii v vozdejstvii slaby'x signalov millimetrovogo diapazona voln na zhivy'e organizmy' // E'ffekty' netep- lovogo vozdejstviya millimetrovogoizlucheniya na biologicheskie ob''ekty' / Pod red. akad. N.D. Devyatkova. M.: IRE' AN SSSR. 1983. S. 7–17.
Golant M.B. K voprosu o mexanizme vozbuzhdeniya kolebanij v kletochny'x membranax slaby'mi e'lektromagnitny'mi polyami // Primenenie millime- trovogo izlucheniya nizkoj intensivnosti v biologii i mediczine / Pod red. akademika N.D. Devyatkova. M.: IRE' AN SSSR. 1985. S. 127–131.
Golant M.B., Sotnikov O.S. Ob ul'trastrukturnom obespechenii e'lektromagnitnoj svyazi v sistemax zhivy'x kletok // Mediko-biologicheskie aspekty' mil- limetrovogo izlucheniya / Pod red. akademika N.D. Devyatkova. M.: IRE' AN SSSR. 1987. S. 131–137.
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By'strov V.S. Dinamika sistem s vodorodny'mi svyazyami // Biomediczinskaya radioe'lektronika. 2000. № 3. S. 34–40.
Frohlich H. Coherent electric vibrations in biological systems and the cancer problem // IEEE Transactions on Microwave Theory and Techniques. 1978. V. 26 (8). P. 613–618.
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Holzel R., Lamprecht I. Electromagnetic fields around biological cells. Neural Network World. 1994. V. 4 (3). P. 327–337.
Trushin M.V. The possible role of electromagnetic fields in bacterial communication // J Microbiol Immunol Infect. 2003. V. 36. P. 153–160.
Gao J.Z., Dai H.X., Chen H., Ren J., Yang W. Study on the oscillating phenomena of electrical potential across a liquid membrane // Chinese Chemical Letters. 2007. V. 18(3). P. 309–312.
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Pohl H.A. Interactions between Electromagnetic Fields and Cells. ch. AC Field effects of and by Living Cells. New York and London: Plenum press. 1985. P. 437–458.
Haolzel R., Lamprecht I. Electromagnetic fields around biological cells // Neural Network World. 1994. V. 3. P. 327–337.
Haolzel R. Electric activity of non-excitable biological cells at radiofrequencies // Electro- and magnetobiology. 2001. V. 20 (1). P. 1–13.
Jafary-Asl A.H., Smith C.W. Biological dielectrics in electric and magnetic fields, in Ann. Rep. Conf. Electrical Insulation and Dielectric Phenomena // IEEE Publ. 1983. V. 83. P. 350–355.
Shein A.G., Xarlanov A.V. Poperechny'e akusticheskie kolebaniya kletki i vliyanie na nee e'lektromagnitny'x voln nizkoj intensivnosti // Biomediczinskie texnologii i radioe'lektronika. 2006. № 4. S. 10–15.
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[1] Burlakov A.B., Chernova G.V., Matyuxin I.V., Burczev A.S. Izmenenie biosinteza antocziana i rosta kletok e'mbrional'ny'x meristem zernovok psheniczy' na razny'x e'tapax pervoj fenologicheskoj fazy' pri pryamom opticheskom vzaimodejstvii // Biologiya: teoriya, praktika, e'ksperiment: Sb. materialov Mezhdunar. nauchnoj konf. Saransk. 2008. S. 127–130.

[2] Kaznacheev V.P., Mixajlova L. P. Sverxslaby'e izlucheniya v mezhkletochny'x vzaimodejstviyax. Novosibirsk: Nauka. 1981. 144 s.

[3] Rubin A.B., Biofizika: V 2-x kn.: Ucheb. dlya biolog. specz. vuzov. Kn. 2. M.: Vy'sshaya shkola. 1987. 303 s.

[4] Golant M.B. Acousto-electric waves in cell membranes of living organisms – a key problem for understanding of mm-waves interaction with living or- ganisms // Biological aspects of low intensity millimeter waves / Edited by Devyatkov N.D. and Betskii O.V. Moscow. 1994. P. 229–249.

[5] Shein A.G., Xarlanov A.V. Dipol'noe predstavlenie membrany' // Biomediczinskie texnologii i radioe'lektronika. 2007. № 5. S. 15–19.

[6] Frohlich H. Bose condensation of strongly excited longitudinal electric modes // Phys. Lett. 26 A. 1968. 402 P.

[7] Deviatkov N.D., Golant M.B., Betskii O.V. MM-waves and their role in vital activity processes. Moscow: Radio i Sviaz. 1991. 168 P.

[8] Deviatkov N.D., Golant M.B., Betskii O.V. Features of medical and biologic application of millimetric waves. Moscow: IRE the Russian Academy of Sciences. 1994. 164 p.

[9] Devyatkov N.D., Golant M.B., Tager A.S. Rol' sinxronizaczii v vozdejstvii slaby'x signalov millimetrovogo diapazona voln na zhivy'e organizmy' // E'ffekty' netep- lovogo vozdejstviya millimetrovogoizlucheniya na biologicheskie ob''ekty' / Pod red. akad. N.D. Devyatkova. M.: IRE' AN SSSR. 1983. S. 7–17.

[10] Golant M.B. K voprosu o mexanizme vozbuzhdeniya kolebanij v kletochny'x membranax slaby'mi e'lektromagnitny'mi polyami // Primenenie millime- trovogo izlucheniya nizkoj intensivnosti v biologii i mediczine / Pod red. akademika N.D. Devyatkova. M.: IRE' AN SSSR. 1985. S. 127–131.

[11] Golant M.B., Sotnikov O.S. Ob ul'trastrukturnom obespechenii e'lektromagnitnoj svyazi v sistemax zhivy'x kletok // Mediko-biologicheskie aspekty' mil- limetrovogo izlucheniya / Pod red. akademika N.D. Devyatkova. M.: IRE' AN SSSR. 1987. S. 131–137.

[12] Sevast'yanova L.A. Rezonansny'j xarakter vozdejstviya radiovoln millimetrovogo diapazona na biologicheskie sistemy' // E'ffekty' neteplovogo vozdejstviya millimetrovogo izlucheniya na biologicheskie ob''ekty' / Pod red. akad. N.D. Devyatkova. M.: IRE' AN SSSR. 1983. S. 34–47.

[13] Blinovska K.J., Lech W., Wittlin A. Cell membranes as a possible site of Frohlich Coherent Oscillation // Phys. Letters 1985. V. 109. A 3. P. 124–126.

[14] Cifra M., Fields J. Z., Ashkan Farhadi Electromagnetic cellular interactions. Progress in Biophysics and Molecular Biology. 2011. V. 105. P. 223–246.

[15] By'strov V.S. Dinamika sistem s vodorodny'mi svyazyami // Biomediczinskaya radioe'lektronika. 2000. № 3. S. 34–40.

[16] Frohlich H. Coherent electric vibrations in biological systems and the cancer problem // IEEE Transactions on Microwave Theory and Techniques. 1978. V. 26 (8). P. 613–618.

[17] Frohlich H. Further evidence for coherent excitations in biological systems // Physics Letters 1985. V. A 110 (9). P. 480–481.

[18] Holzel R., Lamprecht I. Electromagnetic fields around biological cells. Neural Network World. 1994. V. 4 (3). P. 327–337.

[19] Trushin M.V. The possible role of electromagnetic fields in bacterial communication // J Microbiol Immunol Infect. 2003. V. 36. P. 153–160.

[20] Gao J.Z., Dai H.X., Chen H., Ren J., Yang W. Study on the oscillating phenomena of electrical potential across a liquid membrane // Chinese Chemical Letters. 2007. V. 18(3). P. 309–312.

[21] Miller J.H., Nawarathna D., Warmflash D., Pereira F.A., Brownell W.E. Dielectric properties of yeast cells expressed with the motor protein prestin // Journal of Biological Physics. 2005. V. 31 (3–4). P. 465–475.

[22] Rastogi R.P., Srivastava R.C. Interface-mediated oscillatory phenomena // Advances in Colloid and Interface Science. 2001. V. 93 (1–3). P. 1–75.

[23] Pohl H.A. Interactions between Electromagnetic Fields and Cells. ch. AC Field effects of and by Living Cells. New York and London: Plenum press. 1985. P. 437–458.

[24] Haolzel R., Lamprecht I. Electromagnetic fields around biological cells // Neural Network World. 1994. V. 3. P. 327–337.

[25] Haolzel R. Electric activity of non-excitable biological cells at radiofrequencies // Electro- and magnetobiology. 2001. V. 20 (1). P. 1–13.

[26] Jafary-Asl A.H., Smith C.W. Biological dielectrics in electric and magnetic fields, in Ann. Rep. Conf. Electrical Insulation and Dielectric Phenomena // IEEE Publ. 1983. V. 83. P. 350–355.

[27] Shein A.G., Xarlanov A.V. Poperechny'e akusticheskie kolebaniya kletki i vliyanie na nee e'lektromagnitny'x voln nizkoj intensivnosti // Biomediczinskie texnologii i radioe'lektronika. 2006. № 4. S. 10–15.

[28] Fedorchenko A.M. Teoreticheskaya fizika. Klassicheskaya e'lektrodinamika: Ucheb. posobie Kiev: Vy'shha shkola. 1988. 280 s.

[29] Beczkij O.V., Lebedeva N.N. Sovremenny'e predstavleniya o mexanizmax vozdejstviya nizkointensivny'x millimetrovy'x voln na biologicheskie ob''ekty'// Millimetrovy'e volny' v biologii i mediczine. 2001. № 3. S. 5–19.

[30] Shein A.G., Xarlanov A.V., Nikulin R.N. Raschet akusticheskix kolebanij kletki // Biomediczinskie texnologii i radioe'lektronika. 2005. № 3. S. 18–25.

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