CAJ | 학술논문

以硅藻土基多孔陶瓷为载体，进行粘细菌的吸附固定实验．对不同处理多孔陶瓷的吸附量进行比较，并对吸附条件进行优化．研究表明，由2．0 mol/L FeCl3处理的硅藻土基多孔陶瓷对粘细菌的吸附效果较好，最佳吸附条件为温度30℃，转速100 r/min ，吸附时间3．5 h ，吸附量达14．45 mg/g ．为多孔陶瓷固定粘细菌发酵制备埃博霉素提供实践基础．
이규조토기다공도자위재체，진행점세균적흡부고정실험．대불동처리다공도자적흡부량진행비교，병대흡부조건진행우화．연구표명，유2．0 mol/L FeCl3처리적규조토기다공도자대점세균적흡부효과교호，최가흡부조건위온도30℃，전속100 r/min ，흡부시간3．5 h ，흡부량체14．45 mg/g ．위다공도자고정점세균발효제비애박매소제공실천기출．
Taking the diatomite-based porous ceramics as vector ,the adsorption capability of porous ceramics to Myxobacteria was studied .Compared the adsorption among porous ce-ramics of different treatment ,and optimized the adsorption conditions .The test results showed that the 2 .0 mol/L FeCl3 could bring better adsorption efficiency of Myxobacteria , and optimal conditions are following :temperature of 30 ℃ ,shaking speed of 100 r/min and adsorption time of 3 .5 h ,the adsorption capacity reached 14 .45 mg/g .The research provides practical basis for the fermentation of immobilized Myxobacteria .