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Keyword [thermostability]
Result: 161 - 180 | Page: 9 of 10
161. Study On The Thermostability And Alkalistability Of ?-glucuronidase Based On Structural Design
162. Improvement Of The Thermostability Of Xylanase By C-terminus Replacement
163. Improved Thermostability Of CALB By Rational Design Combined With Immobilization
164. Expression,Immobilization And Application In Pesticide Degradation Of EstC From Streptomyces Lividans
165. Improvement Of The Thermostability Of Aspergillus Niger Xynlanase By N-Terminal Strucyure Replacement
166. Study On The Synthetic Activity And Thermostability Of ?-glucosidase
167. The Research Of Enhancement Thermostability Of Aspergillus Niger Xylanase? By C-Terminal Fusion Of CBM92 Structural Units
168. Semi-rational Design Of Amidase From Pantoea Sp. For Efficient Biosynthesis Of 2-Chloronicotinic Acid
169. Insights into the function, thermostability, and evolution of organophosphorus hydrolase enzymes
170. Engineering Thermostable Fungal Cellobiohydrolases
171. Recombinatorial and Predictive Methods to Increase Cellulase Thermostability and Structural Analysis of a Thermostable P450
172. Engineering galactose oxidase to increase expression level in Escherichia coli, enhance thermostability and introduce novel activities
173. Protein rigidity and flexibility: Applications to folding and thermostability
174. Engineering enhanced cytochromes P450: Understanding thermostability and mechanism through rational design and directed evolution
175. Enhanced Thermostability Of Sterol Esterase From Ophiostoma Piceae By Computer Aided Rational Design
176. Thermostabilization And Biochemical Characterization Of The Membrane-bound Sterol ?8,?7-isomerase
177. Studies On Rational Design Of Activity And Thermostability Improvements Of Pepsin
178. Exploration Of The Novel Heat-resistant Newcastle Disease Virus Expressing GB?gD And GI Proteins Of Infectious Laryngotracheitis Virus
179. Functional Characterization And Thermostability Modification Of Deinococcus Keratinases
180. Effect Of Mutation In The Lid Domain On The Enzymatic Characterization Of Burkholderia Sp.Lipase
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