Structure-based interface engineering methodology in designing a thermostable amylose-forming transglucosylase

Structure-based interface engineering methodology in designing a thermostable amylose-forming transglucosylase

Many drugs and prebiotics derive their activities from sugar substituents. Due to the prevalence and complexity of these biologically active compounds, enzymatic glycodiversification that facilitates easier access to these compounds can make profound contributions to the pharmaceutical, food, and fe...

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Bibliographic Details
Main Authors: Chen, Q. (Author), Guang, C. (Author), Hou, X. (Author), Mu, W. (Author), Ni, D. (Author), Rao, Y. (Author), Tian, Y. (Author), Xu, W. (Author), Zhang, W. (Author)
Format: Article
Language:English
Published: American Society for Biochemistry and Molecular Biology Inc. 2022
Subjects:
amylosucrase
Amylosucrase
Bioactivity
Biosynthesis
carbohydrate biosynthesis
Carbohydrate biosynthesis
Carbohydrates
crystal structure
Crystal structure
Crystals structures
Engineering methodology
Genetic engineering
glycoside hydrolase
Glycoside hydrolases
Hydrophobicity
Interface engineering
multifunctional enzyme
Multifunctional enzyme
Plants (botany)
protein engineering
Protein engineering
Stability
Structure-based
subunit interface
Subunit interfaces
thermostability
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