帮我翻译一下,谢谢了.

来源：百度知道 编辑：UC知道 时间：2024/05/29 01:49:33
There is a substantial number of studies showing biological effects of microwaves of extremely high-frequency range [i.e., millimeter waves (MMWs)] at nonthermal intensities, but poor reproducibility was reported in few replication studies. One possi; ble explanation could be the dependence of the MMW effects on some parameters, which were not controlled in replications. We studied MMW effects on chromatin conformation in Escherichia coli (E. coli) cells and rat thymocytes. Strong dependence of MMW effects on frequency and polarization was observed at nonthermal power densities. Several other factors were important, such as the genotype of a strain under study, growth stage of the bacterial cultures, and time between exposure to microwaves and recording of the effect, MMW effects were dependent on cell density during exposure. This finding suggested an interaction of microwaves with cell-to-cell communication. Such dependence on several genetic, physiological, and physical variables mi

相当多的研究显示生物效应的微波非常高的频率范围内[即，毫米波（ MMWs ） ]在非热强度，但重复性差据报道，几年推广研究。尽可能之一;表解释可依赖的毫米波对一些参数，这是不是控制在重复。我们研究毫米波影响染色质构象在大肠杆菌（大肠杆菌）细胞和大鼠胸腺。强烈的依赖毫米波频率的影响和两极分化，观察在非热功率密度。其他几个因素是很重要的，如基因的菌株进行研究，成长阶段的细菌培养，时间之间的接触微波和录音效果，毫米波效果都依赖于细胞密度在暴露。这一发现提出了互动的微波与细胞间的沟通。这种依赖于一些遗传，生理和物理变量可能是一个原因，在一些研究中，作者未能重现原始数据等。

有大量的研究表明,微波的生物效应(即毫米的高频范围)在波浪(MMWs nonthermal强度,但可怜的重现性研究刊登于几个复制。一个可能的解释,祝福possi MMW的依赖性,对某些参数,不加控制在次重复。我们研究的影响在染色质MMW构象大肠杆菌(大肠杆菌)细胞和老鼠thymocytes。强烈的影响和极化频率MMW在nonthermal功率密度。其他几个因素是重要的,例如基因的研究,发展阶段的细菌,时间记录暴露的影响,微波MMW效果,依赖于细胞密度在接触。此一间的相互作用与细胞间的交流。微波这种依赖几遗传、生理、生理因素可能的原因,一些研究,作者未能再现原始数据。[参考其他53].