Influence of Constant and Revolving Magnetic Field on Viability of Drosophila at Embryonic Stage and on Chromatin State in Human Cells

机译：恒定和旋转磁场对人细胞果蝇和染色质状态的果蝇和染色质状态的影响

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Constant magnetic field, as well as magnetic fields, revolving clockwise and counterclockwise, cause significant reduction of drosophila viability on embryonic stage, as well as condensation of chromatin in human cell nuclei

机译：顺时针和逆时针旋转恒定磁场以及磁场，导致胚胎阶段的果蝇可行性的显着降低，以及在人细胞核中的染色质的凝聚

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来源
《International Crimean Conference Microwave and Telecommunication Technology》|2006年||共2页
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V. N. Pasyuga; V. A. Grabina; Y. G. Shckorbatov;
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中图分类无线电中继通信、微波通信;
关键词
biological effects of fields; biomagnetism; biomolecular effects of radiation; cellular effects of radiation; zoology; chromatin condensation; chromatin state; drosophila viability; embryonic stage; human cell nuclei; magnetic field influence;

机译：田地的生物学效应;辐射的生物分子效应;辐射细胞效应;动物学;染色质缩合;染色质状态;果蝇活力;胚胎阶段;人细胞核;磁场影响;

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3. Effects of 13 T Static Magnetic Fields (SMF) in the Cell Cycle Distribution and Cell Viability in Immortalized Hamster Cells and Human Primary Fibroblasts Cells [J] . Zhao GP, Chen SP, Zhao Y, Plasma Science & Technology . 2010,第1期

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4. Effects of 13 T Static Magnetic Fields （SMF） in the Cell Cycle Distribution and Cell Viability in Immortalized Hamster Cells and Human Primary Fibroblasts Cells [J] . 赵国平, 陈少鹏, 赵烨, 等离子体科学和技术：英文版 . 2010,第001期

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5. Influence of Constant and Revolving Magnetic Field on Viability of Drosophila at Embryonic Stage and on Chromatin State in Human Cells [C] . V. N. Pasyuga, V. A. Grabina, Y. G. Shckorbatov Microwave and Telecommunication Technology, 2006 16th International Crimean . 2006

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6. Epigenetic plasticity of cultured female human embryonic stem cells and regulation of gene expression and chromatin by PR-SET7 mediated H4K20me1. [D] . Veerappan, Chendhore Sai. 2012

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机译：中等强度（0.23-0.28 T）静磁场（SMF）调节人胚胎细胞中的信号传导和分化

Influence of Constant and Revolving Magnetic Field on Viability of Drosophila at Embryonic Stage and on Chromatin State in Human Cells

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