semi-rational design - Globe Thesis

Keyword [semi-rational design] Result: 1 - 20 \| Page: 1 of 2
1.	Engineering Substrate Specificity Of Acylaminoacyl Peptidase/Esterase From Archaeon Aeropyrum Pernix K1 By Semi-rational Design
2.	Expression System Optimization Of Mannanase Man23 And Its Molecular Engineering
3.	Improve Substrate Specificity And Activity Of Hyper-thermophilic Esterase By Protein And Solvent Engineering
4.	Increasing The Activity Of Hyperthermophilic Esterase APE1547 By Protein Semi-rational Design
5.	Increasing The Thermostability Of CRL1 By Protein Semi-rational Design
6.	Improving Activity And Enantioselectivity Of Halohydrin Dehalogenase Hhec By Using Semi-rational Design
7.	Cloning And Expression Of Xylanase AusXyn10A From Aspergillus Usamii E001and Its Thermostability Improvement
8.	Gene Cloning,Molecular Modification Of An Epoxide Hydrolase From Aspergillus Usamii And Its Application In Synthesis Of Chiral Compounds
9.	Semi-rational Design Catalytic Activity And Substrate Promiscuity Of 2,4-dichlorophenol Hydroxylase Toward Chlorophenol And Biphenyl Compounds
10.	Cloning,Expression And Molecule Reforming Of L-asparaginase From Bacillus Licheniformis
11.	Improving The Stereoselectivity Of An Epoxide Hydrolase PvEH1 By Semi-rational Design
12.	Modification Of Nitrile Hydrase Activity And Thermal Stability Based On Semi-rational Design And Rational Design
13.	Molecular Modification Of Bacillus Megaterium Glutamate Decarboxylase And Preparation Of ?-aminobutyric Acid By Transformation
14.	Semi-rational Design Of 10-deacetyl Baccatin ?-10?-Acetyltransferase Based On Novel Acyl Donor Acetic Anhydride
15.	Improving Hydrogen Peroxide Tolerance Of Lipase From Bacillus Subtilis Using Semi-rational Design
16.	Molecular Engineering Of L-Aspartate-?-decarboxylase For Catalytic Synthesis Of L-Homophenylalanine
17.	Molecular Redesign For The Catalytic Activity Of ?-L-Rhamnosidase On Rutin
18.	Protein Engineering Of Prolyl Aminopeptidase Using Random Mutagenesis Combined With Semi-rational Design And Preliminary Study Of Protein Crystallization
19.	Efficient Expression Of Plastic Degrading Enzyme(PETase)in Bacillus Subtilis And Improvement Of Its Enzymatic Properties
20.	Semi-rational Design Of Amidase From Pantoea Sp. For Efficient Biosynthesis Of 2-Chloronicotinic Acid
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