Magnetization influences the performance of mulberry silkworm - Prasad, Surendra;Upadhyay, Vijai Bahadur
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The magnetic field influences the functioning of biological system, as the life developed under the influence of the earth s geomagnetic field. All the tissues of the body and nervous system carry electromagnetic charges and the cell regulation is governed by electromagnetic currents of the body. The body itself creates a magnetic field termed as bio-magnetism. The use of magnet in medical sciences has been reported through the ages, as in recent years, it has been the subject of world wide interest.The present investigation concluded that the exposure of Bombyx mori cocoons in 3000 gauss…mehr

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Produktbeschreibung
The magnetic field influences the functioning of biological system, as the life developed under the influence of the earth s geomagnetic field. All the tissues of the body and nervous system carry electromagnetic charges and the cell regulation is governed by electromagnetic currents of the body. The body itself creates a magnetic field termed as bio-magnetism. The use of magnet in medical sciences has been reported through the ages, as in recent years, it has been the subject of world wide interest.The present investigation concluded that the exposure of Bombyx mori cocoons in 3000 gauss magnetic strength for 72 hours is most suitable for the larval and pupal performance, improvement of different economic characters and maintenance of most suitable status of different biochemical constituents in Bombyx mori.
Autorenporträt
Dr.Surendra PrasadM.Sc.,Ph.D(ZOOLOGY),M.S.F.S.N.Dr.Prasad is actively engaged in teaching and research in the field of sericulture in the Department of Zoology. Dr.V.B. Upadhyay is PROFESSOR & HEAD,Department of Zoology,DDU Gorakhpur University Gorakhpur.273009 U.P.INDIA.