Sentences with APOENZYME
Check out our example sentences below to help you understand the context.Sentences
1
"The apoenzyme is the inactive form of an enzyme that requires a cofactor to become active."
2
"The apoenzyme binds to a specific cofactor to form a holoenzyme."
3
"The apoenzyme alone does not exhibit catalytic activity."
4
"The apoenzyme undergoes a conformational change upon cofactor binding."
5
"The activity of the apoenzyme can be restored by adding the appropriate cofactor."
6
"The apoenzyme and the cofactor interact through noncovalent interactions."
7
"The apoenzyme is often denoted by the letter 'E'."
8
"The apoenzyme is synthesized within the cell."
9
"The apoenzyme may have a lower stability compared to the holoenzyme."
10
"Mutations in the gene encoding the apoenzyme can lead to enzyme deficiency."
11
"The apoenzyme and the cofactor have a specific binding affinity."
12
"The apoenzyme is inactive until it encounters the appropriate cofactor."
13
"The apoenzyme is an essential component of many enzyme systems."
14
"The apoenzyme is a protein that can undergo structural changes upon binding to a cofactor."
15
"The formation of the holoenzyme from the apoenzyme is a reversible process."
16
"The apoenzyme can be purified and characterized separately from the holoenzyme."
17
"The apoenzyme has a specific three-dimensional structure that is crucial for its function."
18
"The apoenzyme and the cofactor work together to catalyze a specific biochemical reaction."
19
"The activity of the apoenzyme can be modulated by manipulating the levels of cofactors."
20
"The apoenzyme is a target for drug discovery and development."
1
"The activation of the apoenzyme requires the binding of a cofactor."
2
"The apoenzyme alone does not possess catalytic activity."
3
"Copper deficiency can lead to reduced apoenzyme formation."
4
"The apoenzyme must undergo a conformational change before it becomes active."
5
"The apoenzyme is the inactive precursor of the holoenzyme."
6
"Mutation in the apoenzyme can result in enzyme dysfunction."
7
"The apoenzyme only becomes functional after binding to a metal ion."
8
"The presence of the apoenzyme indicates the absence of its cofactor."
