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- Study on single-stage biodenitrification by immobilized cells. 固定化细胞单级生物脱氮研究。
- High enzyme activity of an engineered bacteria and degradation of pesticides by immobilized cells. 一种工程菌的高酶活及其固定化细胞对农药的降解。
- The immobilized cells fermentation techniques to produce chayote dry wine were introduced in this paper. 摘要研究了固定化酵母细胞制备佛手瓜干型酒的发酵工艺。
- Study on developing one-step biodenitrification technology by using immobilized cells has been conducted. 应用固定化微生物技术开展单级生物脱氮的研究。
- The present paper described application development of immobilized cell technique to wastewater tertiary treatment. 本文主要介绍了近年来固定化细胞技术在污水深度处理中的应用研究现状和发展前景。
- The effects of carbon sources on cellulase production by immobilized cells ofTrichod erma reesei Rut C30 have been studied. 本文研究了固定化里氏木霉(TrichodermareeseiRutC30)在不同碳源条件下合成纤维素酶的时间进程及酶系组成特征。
- The determination of selective culturing conditions and the design and use of reactor of immobilized cells were focused on in the research. 重点研究了选择性培养条件的确定、固定化细胞生物反应器的设计及应用。
- The result agrees fairly well with the experimental data.This method can be used in other degradations by immobilized cells in waste water. 该计算方法对固定化细胞降解废水具有普遍的应用性。
- With a higher fermenting rate and a shorter fermenting cycle,fermentation with immobilized cells can be used for a longer time. 介绍了固定化细胞发酵酱油:采用固定化细胞发酵提高发酵率,缩短发酵周期,固定化细胞可长期使用,降低了成本,避免污染,产品质量高。
- A comparetive study on batch and continuous fermetation with mixed free yeast ells and immobilized cells were carried out,leading to setting up of cores-ponding kinetics models. 对游离细胞与固定化细胞的分批发酵和连续发酵产酒的动力学进行了研究并建立了相应的发酵动力学方程。
- After sterilization and addition of NAD+ in the used substrate solution, the immobilized cells could be recycled for 10 times to maintain the conversion rate of ATP over 90%. 在前一批底物溶液灭菌和添加烟酰胺腺嘌呤二核苷酸的条件下,固定化酵母细胞可反复使用10次,ATP转化率稳定维持在90%25以上。
- Then the applications of immobilized cells in food, fermentation and waste treatment industry were summarized, and the application prospects were expounded in the end. 分析了固定化细胞的优缺点,介绍了固定化细胞的方法及其近年来在食品、发酵和三废处理行业的应用,并对其应用进行了展望。
- The batch-fermentation and fed-batch fermentation of dilute-acid lignocellulose hydrolysates to ethanol using different mixed immobilized cells have been studied. 利用不同菌种的固定化细胞对木质纤维素稀酸水解液进行乙醇发酵,对2%23菌进行了以木糖为底物7个批次的驯化培养。
- Using packed bed reactor filled with immobilized cells to produce D-mandelic acid methyl ester, 25 days later the conversion efficiency can be still sustained in 80% and the ee value is more than 95% when the charge was 0 2 mmol/(d·g) wet cell. 采用固定化细胞填充床反应器转化苯乙酮酸甲酯 ;每克酵母湿菌体进料负荷为 0 2mmol d ;成功运行 2 5d ;转化率保持在 80 %25以上 ;D 扁桃酸甲酯ee值达 95 %25以上 .
- The effect of 5'-PLP and VB_6 on conversion by immobilized cells was compared. As VB_6 can be converted to 5'-PLP with ATP, it can substitute 5'-PLP at a certain extent, but the stability of immobilized cells was decreased. 比较了PLP与维生素B_6作为天冬氨酸转氨酶辅酶的效果,由于维生素B_6在ATP的作用下可以转化成为磷酸吡哆醛,所以维生素B_6在一定程度上可以替代PLP,但是以维生素B_6作为辅酶时固定化细胞的稳定性与PLP为辅酶时固定化细胞的稳定性相比较差。
- The immobilized Acetobacter spp. fermented in batch for 50 h could produced 4.06 g/100mL acetic acid and the immobilized cells could keep high activity after repetitive using for 25 d. 固定化醋酸杆菌分批发酵50h;产醋酸达4.;06g/100mL;重复使用25d;固定化细胞保持高的活力。
- The results show that the concentration of biotin is a very sensitive factor and the contents of glucose and corn-steep liquor added urea also indicate obvious effects for immobilized cells. 结果表明,生物素浓度以及萄葡糖,玉米浆加初尿对固定化细胞的产酸均有非常显著的影响。
- As one kinds of the biosorption technology,the immobilized cells technology has alreadyapplied to the treatment of the water containing heavy metals,and expressed an excellentforeground. 作为生物吸附技术的一种,固定化细胞技术用于重金属废水处理虽然时间不长,但已表现出良好的应用前景。
- This article introduces the conception and classification of the immobilized cell technology, the preparation way of the immobilized cell, carrier of the immobilized cell and affects the factor. 本文介绍了固定化的概念、分类、固定化细胞的制备方法、固定细胞的载体及影响因素。
- In this paper the characteristic of alginate is described.The preparation and stability of immobilized cell are summrised and its application in the food industry is also discussed. 综述了海藻酸钙的性质、固定化细胞的制备方法、稳定性及在食品工业中的应用。