1) biological organic chelator
生物源提取液
1.
Effect of biological organic chelators on solubilization of Ni and Co in soils;
生物源提取液与工业废水对土壤中Ni、Co的活化研究
2) Bio-extraction
生物提取
1.
A strain producing mannanase,pectinase and xylanase at the same time was constructed [Conclusion] Bio-extraction of herbaceous fiber is one complex progress consist of chemical reactions,not only mannanase,pectinase and xylanse produced by the strain but also the character of the strain itsef are the key factors to make the bio-extraction successfully.
[结论]草本纤维生物提取是一个复杂的生物反应过程,构建草本纤维提取菌株既要考虑菌株所产的酶又要考虑菌株本身的生物学特性。
2.
This mini-review summarized the research history and achievements of the Institute of Bast Fiber Crops in the field of bio-extraction of herbaceous fibers in the last 40 years with the view of scientific development.
同时,根据产业发展需求,进一步明确了麻类纤维生物提取与工程研究的潜力和前景,可为我国传统的纤维质制造业如纺织、造纸等行业和新型的生物质产业发展提供重要科学依据。
3) EMX
有用微生物提取液(EMX)
4) Realgar bioleaching solution
雄黄微生物提取液
1.
Effects of realgar bioleaching solution on the expression of MDRI mRNA and P-gp in K562/ADM cells
雄黄微生物提取液对K562/ADM细胞P-糖蛋白和多药耐药基因表达的影响
2.
Conclusion:Realgar bioleaching solution can induce apoptosis in leukemic cells.
目的研究雄黄微生物提取液(RBS)诱导K562/ADM细胞凋亡的作用,并探讨其对P-pg蛋白和MDRI基因表达的影响。
5) Plant extract
植物提取液
1.
Effect of plant extract on bioactivities of Arge pagana Panze;
植物提取液对月季叶蜂生物活性的影响
2.
Plant extracts were applied for deodorization in wastewater treatment plant(WTP).
采用植物提取液进行污水处理厂除臭。
3.
The research achievements in the treatment of malodorous gas with plant extract at home and abroad in the recent 20 years are introduced,including application,deodorization mechanism and extracting method of plant extract.
介绍了近二十年来国内外关于植物提取液治理恶臭气体的研究成果,内容包括植物提取液的应用研究、除臭机理研究及植物提取液提取方法的研究;指出对恶臭气体中的胺类和醚类除臭机理、对植物提取液提取工艺优化的研究是今后研究的重点。
6) Plant extracts
植物提取液
1.
Insecticidal activity of plant extracts against Pieris rapae and plutella xylostella;
植物提取液对菜青虫和小菜蛾的活性研究
2.
The other plant extracts didn t have any control efficacy.
3%,其他植物提取液均无明显抑菌效果。
3.
The other plant extracts didn t have any inhibition effect.
00%,其它植物提取液均无明显抑菌效果。
补充资料：发酵液透析提取
分子式：
CAS号：
性质：透析提取可在发酵期间把产品连续地直接从发酵液中提取出来，这样可大大改善具有反馈调节特性的代谢物生产。例如，由灰色链霉菌生产放线菌酮(装置如图所示,图暂缺)透析环路管经发酵器后返回萃取器。当溶剂二氯甲烷在透析环路管内流动时，发酵液内的放线菌酮随即被萃入溶剂，接着，溶剂进入萃取器内分层。据报道，该时放线菌酮的收率可较常规法增加将近一倍。
CAS号：
性质：透析提取可在发酵期间把产品连续地直接从发酵液中提取出来，这样可大大改善具有反馈调节特性的代谢物生产。例如，由灰色链霉菌生产放线菌酮(装置如图所示,图暂缺)透析环路管经发酵器后返回萃取器。当溶剂二氯甲烷在透析环路管内流动时，发酵液内的放线菌酮随即被萃入溶剂，接着，溶剂进入萃取器内分层。据报道，该时放线菌酮的收率可较常规法增加将近一倍。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条