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Response Surface Methodology Based Optimization of a New Isolate Bacillus pumilus ZR LS S2 with Fibrinolytic Activity

机译：基于响应面法优化的新型分离芽孢杆菌ZR Ls s2具有纤维蛋白溶解活性

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C. V. Reshma; K. Fathimathu Zuhara;
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年度 2015
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1. Response Surface Methodology Based Optimizationof a New Isolate Bacillus pumilus ZR LS S2 withFibrinolytic Activity [J] . C. V. Reshma, K. Fathimathu Zuhara British Biotechnology Journal . 2015,第2期

机译：基于响应面方法的新型纤溶芽孢杆菌ZR LS S2的优化
2. Statistical Optimization of Polyhydroxybutyrate Production by Bacillus Pumilus H9 Using Cow Dung as a Cheap Carbon Source by Response Surface Methodology [J] . Devi Ningthoujam Chandani, Mazumder Pranab Behari, Bhattacharjee Amitabha Journal of Polymers and the Environment . 2018,第8期

机译：牛粪作为廉价碳源的短小芽孢杆菌H9生产多羟基丁酸酯的统计优化方法
3. Statistical Optimization of Phenol Degradation by Bacillus pumilus OS1 Using Plackett–Burman Design and Response Surface Methodology [J] . Sangram S. Patil, Hara Mohan Jena Arabian Journal for Science and Engineering . 2015,第8期

机译：使用Plackett–Burman设计和响应面方法对短小芽孢杆菌OS1降解苯酚的统计优化
4. Fermentation Condition Optimization of Bio-demulsifying Bacteria (a Bacillus sp.) Using Response Surface Methodology [C] . Xu Li, Chang Liu, Fang Ma, 2011 International Conference on Computer Distributed Control and Intelligent Environmental Monitoring . 2011

机译：响应面法优化生物破乳菌（Bacillus sp。）的发酵条件
5. Combining multivariate adaptive regression splines with a response surface methodology for simulation-based design optimization. [D] . Crino, Scott T. 2006

机译：将多元自适应回归样条曲线与响应面方法相结合，可进行基于仿真的设计优化。
6. Optimization of Chitinase Production by Bacillus pumilus Using Plackett-Burman Design and Response Surface Methodology [O] . Noshin Tasharrofi, Sina Adrangi, Mehdi Fazeli, 2011

机译：Plackett-Burman设计和响应面法优化短小芽孢杆菌的几丁质酶生产
7. Optimization of endo-pectinase and pectin lyase production from wheat bran by Bacillus pumilus using response surface methodology [O] . Özlem TEPE, Arzu Yadigar DURSUN 2020

机译：利用响应表面方法，芽孢杆菌芽孢杆菌植物曲酶和果胶酶生产优化
8. Bacillus pumilus SAFR-032 isolate [R] . 2007

机译：短小芽孢杆菌saFR-032分离物

Response Surface Methodology Based Optimization of a New Isolate Bacillus pumilus ZR LS S2 with Fibrinolytic Activity

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