Influence of microwaves on life expectancy imago of the silkworm

  • V. M. Litvin Sericultural institute of the Ukrainian academy of agrarian sciences
  • S. V. Sukhanov Sericultural institute of the Ukrainian academy of agrarian sciences
  • O. A. Boyko Sericultural institute of the Ukrainian academy of agrarian sciences
  • N. N. Gorobets V.N. Karazin Kharkiv National University
  • V. I. Kiyko V.N. Karazin Kharkiv National University
Keywords: electromagnetic fields, microwaves, life expectancy, imago, a silkworm

Abstract

Researches of influence of low intensity of electromagnetic fields of microwaves with length of wave 2.29 sm and density of capacity 700 μW/sm2 on eggs of various genotypes of a silkworm are carried out. Influence after action of an irradiation of these fields on average its life expectancy imago is revealed. The irradiation at an exposition of 10 minutes has increased average life expectancy imago with high heterozygosity clone Р 29 by 1,7 day, has reduced by 2,8 day this parameter at males hybrid. Б 1пол.×Б 2пол, for 2,3 day at females hybrid Б-2пол.×Б-1пол. and for 4,1 day at males in comparison with the control. From the investigated factors the greatest force of influence (7,1 %) on life expectancy the sex imago renders, the least (2,1 %) - an exposition of an irradiation of eggs.

Downloads

Download data is not yet available.

Author Biographies

V. M. Litvin, Sericultural institute of the Ukrainian academy of agrarian sciences

 Merefa, Kharkov region, 62472, Ukraine

S. V. Sukhanov, Sericultural institute of the Ukrainian academy of agrarian sciences

Merefa, Kharkov region, 62472,Ukraine


O. A. Boyko, Sericultural institute of the Ukrainian academy of agrarian sciences

Merefa, Kharkov region, 62472, Ukraine


N. N. Gorobets, V.N. Karazin Kharkiv National University

4, Svobody sq., Kharkov, 61077, Ukraine

V. I. Kiyko, V.N. Karazin Kharkiv National University

4, Svobody sq., Kharkov, 61077, Ukraine

References

Baran BA, Berezok OIa, Pokrishko GA. Ekologіia dovkіllia ta bezpeka zhittєdіialnostі. 2005;2:33-7. (in Ukrainian)

Kirichenko ІO, Tarasov GD, Pilipenko BF. Praktichnii posіbnik po shovkіvnitctvu. K.:Urozhai; 1991. 140p. (in Ukrainian)

Chuian OM. NEiroіmunoendokrinnі mekhaіzmi adaptatcії do dії nizkoіntensivnogo elektramagnіtnogo vipromіniuvannia nadto visokoї chastoti.Disertatcіia. Kiїvskii natcіonalnii unіversitet. 2004. 40p. (in Ukrainian)

Golovko VO, Zlotіn OZ, Braslavskii MIu. Shovkіvnitctvo.Kharkіv: RVP "Origіnal"; 1998. 416p. (in Ukrainian)

Alpatov VV, Gordienko NA. Zool. zhurn. 1932;2:60-5. (in Russian)

Bingi VN. Magnitobiologiia: eksperimenty i modeli. Moskva:MILTA, 2002. 592p. (in Russian)

Budagovskii AV. Distantcionnoe mezhkletochnoe vzaimodeistvie. M.: nPLTc "Tekhnika"; 2004. 104p. (in Russian)

Bileva DS, Zimina LN, Malinovskii AA. Vliianie genotipa i sredy na dlitelnost zhizni Drosophila melanogaster. Genetika. 1978;14:848-52. (in Russian)

Gavrilov LA,Gavrilova NS. Biologiia prodolzhitelnosti zhizni kolichestvennye aspekty. M.:Nauka; 1991. 280p. (in Russian)

Gorodetc NN. Amplitudnye, fazovye i poliarizatcionnye diagrammy aperturnykh antenn v blizhnei promezhutochnoi i dalnei zonakh. Radiofizika i elektronika. 1980;8:26-34. (in Russian)

Deviatkov ND, Golant MB, Betckii OV. Millimetrovye volny i ikh rol v protcessakh zhiznedeiatelnosti. M.:Radio i sviaz; 1991. 168p. (in Russian)

Emetc BG. Biofizicheskii vestnik. 1998;2:118-30. (in Russian)

Ivaniuk AM, Danilov VV. Uspekhi vosremennoi biologii. 2001;121:91-108. (in Russian)

Mechnikov II, Smert babochki tutovogo shelkopriada. Moskva: Gos. izd.-vo med. lit.; 1962. p. 79-83. (in Russian)

Nikitin VN. Eksperimentalnye podkhody k prodleniiu zhizni. Biologicheskie problemy stareniia:Itogi nauki i tekhniki VINITI. M.:VINITI; 1984. p. 6-43. (in Russian)

Pianka E. Evoliutcionnaia ekologiia. M.:Mir; 1981. 400p. (in Russian)
Published
2006-06-05
Cited
How to Cite
Litvin, V. M., Sukhanov, S. V., Boyko, O. A., Gorobets, N. N., & Kiyko, V. I. (2006). Influence of microwaves on life expectancy imago of the silkworm. Biophysical Bulletin, 1(17), 83-88. Retrieved from https://periodicals.karazin.ua/biophysvisnyk/article/view/12884
Section
Action of physical agents on biological objects