生物化学品

催化剂量的硒在温和条件下，即可活化一氧化碳而直接进行羰基化和还原反应，特别是发展了将硝基化合物的还原羰基化与胺的氧化羰基化相结合，合成一系列精细化学品和生物化学品。

Catalytic amount selenium readily activated carbon monoxide under very mild conditions to synthesize a series of fine chemicals and biochemicals directly .

间歇反应釜广泛用于精细化学品、生物化学品、药品和食品等生产量少、附加值高的产品生产行业中。

Batch reactors are widely used in fine chemicals , biochemicals , pharmaceuticals and food industries for the production of small amounts of products with high added value .

新型工业酶制剂的进步对生物化学品工业生产过程的影响

Impact of the industrial enzyme progress on the production of chemicals

生物质提炼是将生物质转化为生物化学品、结构材料和能量的一个工业过程。

Biorefinery is defined as an industrial process which converts biomass into a range of biochemicals , materials and energy products .

开发利用可再生资源与能源，大力发展生物质能源及生物基化学品，减少经济发展对石油的依赖，具有十分重要的战略意义。

It is significative to exploit regeneration resource and energy , such as biologic-energy and biologic-chemistry matter , to decrease the requirement of petroleum for economy development .

疾病蔓延、自然灾害、环境变化、生物恐怖主义或化学品溢漏，都会对世界各地的人们、其所在的社会和经济体产生重大影响。

The spread of diseases , natural disasters , environmental change , bioterrorism or chemical spills can all have a major impact on people , their societies and economies around the world .

生物柴油在精细化学品领域的应用

Application of Biodiesel in the Field of Fine Chemicals

天然淀粉及其改性絮凝剂是一种无毒、可生物降解的绿色化学品。

Natural starch and its derivatives or modified flocculants are nontoxic and biodegradable chemicals .

臭氧-曝气生物滤池处理港口化学品洗舱废水

Cabin Washing Wastewater Treatment of Port Chemicals by Biological Aerated Filter after Ozonation Oxidation

手性是自然界的一种普遍现象，尤其是在药物、生物分子和农用化学品中表现更为突出。

Chirality is a universal phenomenon in the nature , especially in Pharmaceuticals , biological molecules and agrochemicals .

开发利用生物质生产车用替代燃料、生物材料和生物化学品技术。

Utilize renewable energy source , such as sugar / oil enriched plants , to produce alternative transportation fuels , biomaterials and biochemicals .

最后介绍环氧化物水解酶在生物催化等精细化学品领域中的应用，并展望其广阔的应用前景。

Finally , the applications of epoxide hydrolase in fine chemicals fields used as biological catalysis and etc. were narrated , and its broad application prospect was viewed .

在微流体应用中，聚合物具有比硅或玻璃器件更明显的优势，它包括：宽泛的材料选择性，成本低、效率高，使用任意性，生物兼容性，抗化学品和工艺灵活性。

In μ - fluidic applications polymers have distinct advantages over Si or glass devices including broad materials selection , cost effectiveness , disposability , bio-compatibility , chemical resistance and easy process-ability .

结论TOSC水平与抗氧化剂和生物样品的浓度相关，且在小鼠间个体差异不大，可作为一项有意义的生物标志物用于化学品评价。

It also showed that the variations of TOSC among the individual mice were small . Conclusion These results indicated that TOSC was related to the concentrations of antioxidants and biological samples , hence , it could be used as an effective biomarker for evaluating oxidative effects induced by chemicals .