1.
Toxicity and Key Toxicants Identification of Pulp Bleaching Effluents;
纸浆漂白废水的毒性研究及其关键毒性物质的鉴别
2.
A protease is key to the replication of the virus.
蛋白酶是阻止非典病毒变异的关键物质。
3.
a critical analysis of the nature of something.
判断对于某些事物本质关键性的分析
4.
The study of the nature, effects, and detection of poisons and the treatment of poisoning.
毒理学，毒物学有关毒物的性质、效果及监测和中毒治疗的研究
5.
STUDIES ON THE RELATIONSHIP BETWEEN THERMODYNAMIC PROPERTIES OF HYDRIDES AND VALENCE ORBITAL ENERGY,IONICITY OF BOND;
氢化物热力学性质与键的离子性和有效键电荷密度的相关性
6.
Dynamic and Static Characteristics Analysis about Key Parts of Biomass Briquetting Equipment Based on ANSYS
基于ANSYS的生物质成型关键部件动静态特性研究
7.
Research on Safety in Design of Key Devices Used to Convert Biomass into Bio-oil
生物质制燃油关键设备设计中的安全性研究
8.
the branch of pharmacology that deals with the nature and effects and treatments of poisons.
药理学中有关毒物的性质,作用与治理的分支。
9.
Research Development on Toxicity of Herba Menthae Related to Efficacy and Material Basis
与功效和物质基础相关的薄荷毒性研究进展
10.
sensitivity to toxic substances
对有毒物质的敏感性
11.
Chitin synthase is the important enzyme that converts UDP-GlcNAc to chitin.
几丁质合成酶是生物合成几丁质的关键物质。
12.
A number of intoxicants are associated with metabolic acidosis.
许多毒性物质可引起代谢性酸中毒。
13.
This chapter explores the nature and scope of some special problems associated with regulation of hazardous and toxic substances.
本章探讨一些关于有毒有害物质立法的特殊问题的性质和范围。
14.
The Identification of Aroma-active Compounds of Chimonocalamus delicatus Hsueh et Yi by the Cooperation of GC-O and GC-MS Method
GC-O与GC-MS联用法鉴定香竹竹叶中关键气味活性物质
15.
the key for the treatment of drug-induced renal failure lies in early preventive dialysis and treatment for the accompanied symptom .
抢救药物中毒所致的急性肾衰的关键在于早期的预防性透析,以及处理好相应的并发症。
16.
Analysis of occupational hazard of high toxic substances and the key control points in a petrification enterprise
石化企业高毒物品危害及其关键控制点分析
17.
They have always believed deeply that incentives are key.
他们一向深信物质刺激是关键。
18.
Studies on the Proton Transfer Mechanisms and Relevant Properties of Glycinamide and Its Derivatives Associated with the Cis Peptide Bond Units
与顺式肽键单元相关的甘氨酰胺及其衍生物的质子转移机制及相关性质研究