Theobaldtwang:Researches: Difference between revisions
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==Researches== | ==Researches== | ||
1 Biochemistry (生物化学) | 1 Biochemistry (生物化学) | ||
Identification and characterization of electronically annotated proteins; Molecular enzymology | Identification and characterization of electronically annotated proteins; Molecular enzymology | ||
2 Molecular biology\microbiology (分子\微生物学) | 2 Molecular biology\microbiology (分子\微生物学) | ||
Novel molecular biological methods (Universal and simple method for expression of unfused protein, high efficient ligation protocol for molecular cloning, novel expression system for simplified purification protocol) | Novel molecular biological methods (Universal and simple method for expression of unfused protein, high efficient ligation protocol for molecular cloning, novel expression system for simplified purification protocol) | ||
3 Biotechnology\Metabolic engineering\Synthetic biology(生物技术、代谢工程、合成生物学) | 3 Biotechnology\Metabolic engineering\Synthetic biology(生物技术、代谢工程、合成生物学) | ||
Directed evolution\rational design of racemase, SOD, penicillin acylase; discovery of novel phytase; preparation of protein drugs (survivin); Metabolic engineering of amino acid (L-phe); Biotransformation (preparation enantiopure building block chemicals for organic synthesis ) | Directed evolution\rational design of racemase, SOD, penicillin acylase; discovery of novel phytase; preparation of protein drugs (survivin); Metabolic engineering of amino acid (L-phe); Biotransformation (preparation enantiopure building block chemicals for organic synthesis ) | ||
Revision as of 05:14, 22 November 2014
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Researches
1 Biochemistry (生物化学)
Identification and characterization of electronically annotated proteins; Molecular enzymology
2 Molecular biology\microbiology (分子\微生物学)
Novel molecular biological methods (Universal and simple method for expression of unfused protein, high efficient ligation protocol for molecular cloning, novel expression system for simplified purification protocol)
3 Biotechnology\Metabolic engineering\Synthetic biology(生物技术、代谢工程、合成生物学)
Directed evolution\rational design of racemase, SOD, penicillin acylase; discovery of novel phytase; preparation of protein drugs (survivin); Metabolic engineering of amino acid (L-phe); Biotransformation (preparation enantiopure building block chemicals for organic synthesis )
