| skos:altLabel | - activity
- enzymes
- industrially
- enzyme
- ferment
- coenzyme
- enzyme activity
- regulated
- processed
- enzymatic
- factors
- specificity
- cofactors
- lock and key
- apoprotein
- substrates
- catalyst
- catalytic
- co-factors
- coenzymes
- inhibited
- enzymatic activity
- non-receptor tyrosine kinase
- holoenzyme
- Carbohydrate processing enzymes
- ENZYME
- Enzymatic
- Enzyme Catalysis
- Enzyme#.22Lock_and_key.22_model
- Enzyme#Cofactors
- Enzyme#Cofactors and coenzymes
- Enzyme#Induced fit model
- Enzyme#Naming_conventions
- Enzyme#Regulation
- Enzyme#Specificity
- Enzyme#Structures and mechanisms
- Enzyme#Substrate binding
- Enzyme#\"Lock and key\" model
- Enzymes
- Enzymology
- N. Zyme
- \"the lock and key\"
- apoenzyme
- bacterial enzyme
- biological enzyme
- carbohydrate-digesting enzyme
- carbohydrate-digesting enzymes
- catalytic subunits
- catalyzes
- competitive inhibitor
- cytoplasmic enzymes
- enzym
- enzymatic activities
- enzymatic catalysis
- enzymatic function
- enzymatic interaction
- enzymatic levels
- enzymatic pathways
- enzymatic processes
- enzymatic secretions
- enzymatic system
- enzymatically
- enzymatically active
- enzymatically-catalyzed
- enzyme classes
- enzyme reactions
- enzyme substrates
- enzyme technology
- enzyme's
- enzyme's initial state
- enzyme-assisted
- enzyme-catalysed
- enzyme-catalyzed
- enzyme-substrate lock and key model
- enzymes involved in the microbial metabolism, e.g.
- enzymic
- enzymologist
- enzymology
- key and lock principle
- kinetic differences
- lock and key system
- non-enzymatically
- optimum conditions
- specificities
- substrate specificities
- substrate specificity
- how locks will only accept specifically shaped keys
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