他们表示可以对辛西娅进行各种改变，用来生产新型机器，清除污染，并且创造基于生物学的新的电子元件。
All manner of synthetic bulks could be made, they say, to produce new medicines, clean up pollution and create a new generation of biologically based electronic components.
此文着重从分子生物学、营养调控、饲料加工及粪便处理方面综述了减少磷污染的一些措施。
This paper reviewed some measures to reduce the phosphorus contamination covering molecular biological technology, nutrition regulation, feed processing and feces treatment.
本文对沙门氏菌的生物学特性及其对动物性食品的污染和食物中毒的现况进行了概述，对检测方法进行了介绍。
The biologic property of Salmonella, its contamination in animal food, the present situation of Salmnella food poisoning and its method for examination were described in the paper.
目前，有关植物螯合肽的生物合成及解毒机制已成为分子生物学和污染生态学领域的研究热点。
At present, the biosynthetic regulation of PCs and its mechanism of detoxification has attracted extensive attention from the molecular biology and contaminated ecology.
本文通过水质生物监测中的生物学指标的讨论，较准确的反映被监测水体的水质状况，进而对水体有机污染程度作出客观地评价。
We discuss water quality of water body with biologic index in biology monitoring of water quality, and make objective evaluation to organic pollution of water body.
与无机铁和简单有机铁添加剂相比，氨基酸螯合铁具有生物学效价高、环境污染小、安全性高等优点。
Compared to inorganic or simply organic iron, amino acid chelated iron has such virtues as higher bioactivity, lower pollution and higher safety.
的生物学特点，实践上常采用不套袋杂交授粉技术，理论分析和间接检测结果证明这种杂交授粉方式的花粉污染率低于1% ，但到目前为止仍缺乏直接的检测证据。
Theoretical analysis and indirect detection indicated that the pollen contamination rate of this pollination technique was no higher than 1%. But there is no evidence from direct detection by now.
目的：通过研究燃汽油机动车尾气成分，及其对DNA分子的氧化损伤，在分子生物学水平上探讨燃汽油机动车尾气污染物的遗传毒性效应与机制。
Objective: the genotoxicity and its molecular mechanism of gasoline vehicle exhaust were studied through examining exhaust components and the oxidative DNA damage induced by them.
环境监测是污染治理和环境管理的重要工具。传统的理化监测和单一的理化指标难以测定和反映污染物的综合生物学效应。
The traditional physical and chemical monitoring and the single indexes are difficult to determine and reflect the integrated biological effects of pollutants.
目的：通过研究燃汽油机动车尾气成分，及其对DNA分子的氧化损伤，在分子生物学水平上探讨燃汽油机动车尾气污染物的遗传毒性效应与机制。
Objective the genotoxicity and its molecular mechanism of diesel oil vehicle exhaust were discussed through analysing the oxidative DNA damage induced by exhaust components.
目的：通过研究燃汽油机动车尾气成分，及其对DNA分子的氧化损伤，在分子生物学水平上探讨燃汽油机动车尾气污染物的遗传毒性效应与机制。
Objective the genotoxicity and its molecular mechanism of diesel oil vehicle exhaust were discussed through analysing the oxidative DNA damage induced by exhaust components.
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