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− | <p><strong>Quan Shu</strong>: Professor. | + | <p><strong>Quan Shu</strong>: Professor. Representative research results are published on Elife, Nature Structural and Molecular Biology. Research area: establishing methods and means to transform the stability of proteins, analyzing the structure and mechanism of molecular chaperone proteins, which are closely related to protein folding.</p> |
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− | <p><strong>Cai Menghao</strong>: Ph.D. Associate professor. | + | <p><strong>Cai Menghao</strong>: Ph.D., Associate professor. More than 20 papers are published on the key journals such as Metabolic Engineering, Biotechnology Advances, ACS Synthetic Biology, Applied and Environmental Microbiology, Biotechnology and Bioengineering. Research areas: synthetic biology and metabolic engineering of pharmaceutical compounds.</p> |
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− | <p><strong>Bai Yunpeng</strong>: Ph.D. | + | <p><strong>Bai Yunpeng</strong>: Ph.D. Research areas: develop and application of novel biocatalytic reactions, protein molecular engineering and bio-chemical nanocomposite catalysis based on high-throughput screening.</p> |
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− | <p><strong>Wang Qiyao</strong>: Ph.D. | + | <p><strong>Wang Qiyao</strong>: Ph.D. Research areas: the research on pathogenic mechanism of pathogenic bacteria in marine animals.</p> |
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− | <p><strong>Tan Gaoyi</strong>: Ph.D. | + | <p><strong>Tan Gaoyi</strong>: Ph.D. More than ten papers are published on famous international journals such as Biotechnology and Bioengineering, ACS Synthetic Biology and Metabolic Engineering. Research areas: microbial secondary metabolism and metabolic engineering. </p> |
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− | <p><strong>Li Youyuan</strong>: Ph.D. | + | <p><strong>Li Youyuan</strong>: Ph.D. Many papers are published on journals of bioinformatics. Research areas: fermentation process optimization and microbial metabolic regulation research, proteomics research. </p> |
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− | <p><strong>Wu Hui</strong>: Doctor of Engineering, Associate Professor | + | <p><strong>Wu Hui</strong>: Doctor of Engineering, Associate Professor, the deputy director of China Light Industry Bio-based Materials Engineering Key Laboratory. He has published many papers on Metabolic Engineering, Biotechnology Advances, ACS Synthetic Biology as the first author or correspondent author. </p> |
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− | <p><strong>Zhou Mian</strong>: Ph.D., Associate Professor. | + | <p><strong>Zhou Mian</strong>: Ph.D., Associate Professor. The research results are published on influential journals such as Nature, Molecular Microbiology, and EMBO Reports. Research areas: the study of the effects of codon usage on protein expression, folding, and function. </p> |
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− | <p><strong>Zuo Peng</strong>: Ph.D. Associate Professor | + | <p><strong>Zuo Peng</strong>: Ph.D., Associate Professor. Research areas: the construction and application of nano-enhanced signal amplification systems, the construction of enzyme-catalyzed signal amplification methods, and the construction and application of nano-functionalized microfluidic systems.</p> |
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− | <p><strong>Xia Jianye</strong>: Ph.D. | + | <p><strong>Xia Jianye</strong>: Ph.D. Research areas: experimental and numerical simulation studies of flow field characteristics of bioreactors, and theoretical applied techniques of biological process amplification methods based on cell physiological characteristics and reactor flow field characteristics.</p> |
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− | <p><strong>Zhou Shengmin</strong>: Ph.D. Associate professor | + | <p><strong>Zhou Shengmin</strong>:Ph.D., Associate professor. He has successfully explored many functional genes related to microbial environmental stress, signal transduction and secondary metabolic regulation. Research areas: the molecular biology of environmental microorganisms, pathogenic microorganisms and industrial microorganisms. </p> |
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− | <p><strong>Zhang Lixin</strong>: For the first time in the world, he discovered that the apoptotic kinase ASK1 and the signaling protein 14-3-3 are closely linked to regulate the | + | <p><strong>Zhang Lixin</strong>: For the first time in the world, he discovered that the apoptotic kinase ASK1 and the signaling protein 14-3-3 are closely linked to regulate the carcinogenesis of cells. Research areas: the construction of natural microbial resource pools of marine microbial strains; screening of active microorganisms and their secondary metabolites using interactive high-throughput techniques</p> |
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− | <p><strong>Zhuang Yingping</strong>:Ph.D. In recent years, she has developed a theoretical method based on parameter correlation analysis in multi-scale fermentation processes and successfully applied in many industrial fermentation products.</p> | + | <p><strong>Zhuang Yingping</strong>:Ph.D. In recent years, she has developed a theoretical method based on parameter correlation analysis in multi-scale fermentation processes and successfully applied the method in many industrial fermentation products.</p> |
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Revision as of 23:02, 17 October 2018