Keyphrases
Aldolase
100%
Protein Engineering
100%
Enzyme Engineering
100%
2-Deoxy-D-ribose-5-phosphate Aldolase
100%
Acetaldehyde
66%
Biocatalytic
66%
Engineering Studies
33%
Substrate Specificity
33%
Aldehydes
33%
Enzymatic Reaction
33%
Phosphate
33%
Computational Methods
33%
Directed Evolution
33%
Sequence Identity
33%
Enzyme Stability
33%
Formation Reaction
33%
Engineering Approach
33%
Enzyme Immobilization
33%
Class I Aldolase
33%
Biocatalyst
33%
Glyceraldehyde-3-phosphate
33%
Catalytic Mechanism
33%
Enzyme Efficiency
33%
Pharmaceutical Compounds
33%
Enzyme Substrates
33%
Commodity Chemicals
33%
Enzyme Cascade
33%
Deoxyribose
33%
Aldol Reaction
33%
Synthetic Utility
33%
Kingdoms of Life
33%
Whole-cell Catalysis
33%
C-C Bond Formation
33%
Structure-based Design
33%
Acceptor Molecules
33%
TIM-barrel Fold
33%
Engineering Strategies
33%
Chemistry
5-Deoxyribose Phosphate
100%
2-Deoxy-D-Ribose 5-Phosphate
100%
Donor
100%
formation
100%
stability
100%
Substrate Specificity
50%
Enzymatic Reaction
50%
Biocatalyst
50%
Cascade Reaction
50%
Immobilization
50%
Aldol Reaction
50%
Glyceraldehyde 3-Phosphate
50%
INIS
enzymes
100%
engineering
100%
phosphates
100%
ribose
100%
aldolases
100%
protein engineering
33%
applications
22%
substrates
22%
stability
22%
synthesis
22%
acetaldehyde
22%
deoxyribose
22%
values
11%
performance
11%
efficiency
11%
design
11%
molecules
11%
speed
11%
range
11%
in vitro
11%
in vivo
11%
pharmaceuticals
11%
specificity
11%
flavor
11%
catalysis
11%
utilities
11%
aldehydes
11%
commodities
11%
Biochemistry, Genetics and Molecular Biology
Ribose 5-Phosphate
100%
Enzyme
100%
Enzyme Engineering
100%
Protein Engineering
60%
Deoxyribose
40%
Glyceraldehyde 3-Phosphate
20%
Catalytic Mechanism
20%
TIM Barrel
20%
Aldol Reaction
20%
Enzyme Immobilization
20%
Enzyme Specificity
20%
Biocatalyst
20%
Whole Cell
20%