Development of highthroughput screening systems based on FACS or microfluidic devices for the directed evolution of chitinases

Menghiu G.; Ostafe V.; Ostafe R.

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Development of highthroughput screening systems based on FACS or microfluidic devices for the directed evolution of chitinases

机译：基于FACS或微流控设备的高通量筛选系统的开发，可用于几丁质酶的定向进化

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《The FEBS journal》 |2015年第1期|共1页
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Menghiu G.; Ostafe V.; Ostafe R.;
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正文语种 eng
中图分类生物化学;
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1. Development of highthroughput screening systems based on FACS or microfluidic devices for the directed evolution of chitinases [J] . Menghiu G., Ostafe V., Ostafe R. The FEBS journal . 2015,第Suppla1期

机译：基于FACS或微流控设备的高通量筛选系统的开发，可用于几丁质酶的定向进化
2. Ultrahigh-Throughput FACS-Based Screening for Directed Enzyme Evolution [J] . Yang GY, Withers SG Chembiochem: A European journal of chemical biology . 2009,第17期

机译：基于超高通量FACS的定向酶进化筛选
3. Ultrahigh-throughput screening in drop-based microfluidics for directed evolution [J] . Jeremy J. Agresti, Eugene Antipov, Adam R. Abate, Proceedings of the National Academy of Sciences of the United States of America . 2010,第9期

机译：基于液滴的微流控技术中的超高通量筛选，用于定向进化
4. Senses — What u see? Vision screening system dedicated for iOS based devices development and screening results [C] . Kosikowski R., Kosikowski L., Odya P., International Conference on Signal Processing and Multimedia Applications . 2011

机译：感官-您看到了什么？视觉筛查系统专用于基于iOS的设备开发和筛查结果
5. Microfluidic systems for highthroughput biophysical characterization of single cells [D] . Zheng, Yi 2014

机译：用于单细胞高通量生物物理表征的微流体系统
6. Evolution of catalysts directed by genetic algorithms in a plug-based microfluidic device tested with oxidation of methane by oxygen [O] . Jason E. Kreutz, Anton Shukhaev, Wenbin Du, -1

机译：通过遗传算法在基于栓塞的微流装置引导的催化剂的进化与由氧甲烷的氧化反应试验
7. Evolution of catalysts directed by genetic algorithms in a plug-based microfluidic device tested with oxidation of methane by oxygen [O] . Kreutz Jason E., Shukhaev Anton, Du Wenbin, 2010

机译：遗传算法指导的催化剂在基于塞的微流体装置中的演化，该装置经氧气氧化甲烷氧化测试

Development of highthroughput screening systems based on FACS or microfluidic devices for the directed evolution of chitinases

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