烟草

It is known that tobacco contains nicotine and other harmful products to health.

大家都知道烟草含有尼古丁和其它对身体有害的物质。

Tobacco is a tall perennial herbaceous flowering plant that belongs to the solanaceae or nightshade family.

烟草是属于茄科或茄属植物的四季生长的较高草本开花植物。

The nitrosamine content for all tobacco types can be reduced.

可降低所有类型烟草的亚硝胺含量。

Tobacco smoke contains more than 60 carcinogens, among which polycyclic aromatic hydrocarbons and the tobacco-specific nitrosamine are likely to play major roles in lung carcinogenesis.

研究表明80%以上的肺癌可归咎于烟草暴露，而仅仅不到10%的吸烟者发展为肺癌，提示个体对于肺癌具有遗传易感性。

The tobacco-specific nitrosamine 4--1-(3-pyridyl)-1-butanol is present in the urine of tobacco users and, at lower concentrations, in the urine of nonsmokers exposed to secondhand smoke.

烟草特有的亚硝胺4--1-(3-吡啶)-1-丁醇存在于吸烟者和被动吸二手烟的非吸烟者人群的尿液中，只是被动吸二手烟的非吸烟者人群尿液中的浓度更小。

The results were as follows: The mutation rate could be increased effectively by the three treatments; the cooperation effect was better when TMV was treated by nitrous acid and heating.

采用高温、亚硝酸及两者的复合处理对烟草花叶病毒强毒株进行诱变，均可有效提高突变频率，而且复合处理还有较好的协同效应。

Even after all the billions upon billions of dollars spent by the tobacco industry to obfuscate reality and bribe policymakers and the scientific community, the scientific community was able to study the issue and determine incontrovertibly the link between smoking cigarettes and lung cancer.

甚至当一切后，数十亿数十亿美元的花费，由烟草制品业，以模糊现实和行贿的决策者和科学界，科学界能够研究这一问题，并确定雄辩地之间的联系，抽烟和肺癌。

Fortunately, since more and more people are aware of the great harm of smoking to humans, the amount of tobacco consumption is on the decrease.

幸运的是，自从越来越多的人认识到吸烟对人类的巨大危害后，烟草的消费量一直在下降。

In order to study the function of OsWRKY10 gene more clearly, we overexpressed this gene in tobacco.

为了更好的研究OsWRKY10基因的功能，在烟草中超表达了该基因。

The "debate" over global warming is perhaps the most pernicious outgrowth of tobacco's strategy.

"大辩论"的全球变暖可能是最有害的产物，烟草的战略。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。