| 1. | Study advance of metabolic mech - anism of aroma composition of oolong tea
乌龙茶香气成分代谢机制研究进展 |
| 2. | Health risk from consumption of rice with elevated arsenic and studies of arsenic metabolism in rice plants
水稻砷污染健康风险与砷代谢机制的研究 |
| 3. | Researchers may be able to apply that knowledge to improve understanding of what causes the body ' s metabolic machinery to malfunction in the more “ garden variety ” forms of heart disease
研究人员也许能够运用这些知识改善理解是什么导致躯体代谢机制在心脏病的更多“普通的”类型中功能失调。 |
| 4. | The relationship between microbiology and environment changes and human activities influence was assumed based on these results . more than 50 % of the earth ' s surface is covered by deep - sea area
深海生物经过长期的进化、选择，在各种极端的环境条件下形成了独特的组织结构、酶系统及代谢机制以进行生存和繁衍。 |
| 5. | It believes that the elimination mechanism and metabolic mechanism is not perfect , and the renovation of civil servant ' s ideas , knowledge and ability does not adapt to need of social development
认为中国公务员新陈代谢机制中的劣汰机制尚不完善，代谢机制还不灵活，公务员的观念更新、知识更新和能力更新还难以适应一社会发展的要求。 |
| 6. | Therefore , the article advances some advice in civil servant metabolic mechanism of retirement , metabolic mechanism of tenure of office , competitive and elimination mechanism , evaluation and elimination mechanism , intercommunion and renovation mechanism and knowledge renewal mechanism
为此，笔者围绕健全公务员退休代谢机制、任期代谢d 、竞争淘汰机制、评议淘汰机制、交流更新机制、知识更新机制等提出了自己的见解和建议。 |
| 7. | So understanding the interaction mechanism between phentolamine mesylate and hemoglobin has an important significance in illustrating transport and metabolize mechanism of drugs into the organism , toxicity and giving the relationship between the structure and the function of protein
因此，研究甲磺酸酚妥拉明与血红蛋白的相互作用机理有助于阐明药物在生物体内的运输和代谢机制、药物的毒理机制，以及了解蛋白质的结构与功能关系都具有非常重要的意义。 |
| 8. | And it easily degraded . so it ' s difficult to isolate and purify rbp from human and animal plasma and urine of kidney patients . in order to study the structure - function of rbp , we produced rbp from escherichia coli by constructing engineering strain which can express rbp
维生素a结合蛋白在体内的含量很低，容易降解，从人或动物的血浆以及肾病综合征患者的尿中分离提取有活性的维生素a结合蛋白十分困难，极大的限制了对其结构、功能及代谢机制的研究，而且该蛋白价格昂贵，也不利于临床的广泛应用。 |
