生物靶向冲击昆虫卵孵化率的实验研究  

The Impact of Biological Targeting Experimental Study of Insect eggs Hatching Rate

作　　者：陈一平[1] 代涛[1] 魏丽君[1] 何华[1] 唐冬梅[1] 

机构地区：[1]中南大学信息物理工程学院,湖南长沙410083

出　　处：《中国医学物理学杂志》2010年第3期1931-1935,共5页Chinese Journal of Medical Physics

摘　　要：目的:通过实验研究在生物靶向磁爆冲击干扰下昆虫卵的孵化率。方法:采用桑蚕[秋丰B]3、4、6品系为试验标本组成干扰组和对照组,进行生物靶向磁爆冲击干扰试验,观察分析虫卵动态孵化过程。结果:实验结果表明,在虫卵自然孵化过程中对其进行靶向磁场冲击干扰,不同序列的生物靶标干扰参数,对孵化率有这不同的影响。结论:研究探讨生物电磁干扰参数B/F/N为"窗口"值,受干扰的虫卵胚胎在自然孵化过程中出现非正常发育甚至死亡,B/F/N值越精确,对其孵化率的影响越大。在电磁场频谱中B/F/N"窗口"值的确定和其生物效应的作用机理仍有待进一步研究。Objective： To study the hatching rate of insect eggs basing on experirnent results when they were interfered by the impact of targeting bio-magnetic explosion. Methods： [Qiu Feng B] 3, 4, 6 strains of samples comprise the interference group and the control group. Testing on the samples with the impact of targeting bio-magnetic explosion, observing and analyzing the dynamics process of hatching. Results： The results showed that different sequences target biological parameters can lead to significantly different hatching rate. Conslusion： The study was to investigate bio-electromagnetic interference parameters of B / F / N as a ＂window＂ value, subject to interference in the natural hatching eggs embryos occurred during the non-normal development or even death, The more accurate the B / F/N value, the greater impact on their hatch ability. In the electromagnetic spectrum, the B / F/N ＂window＂ to identify and value the role of the mechanism of its biological effects remains to be further studied.

关 键 词：电磁生物效应 靶向冲击 虫卵 孵化率 

分 类 号：Q6[生物学—生物物理学]