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What are the 3 types of activators and inhibitors?
works best at optimal ph: acidic ph causes denurturization
two top answers
simple enzymes
both previous answers
Vitamins and minerals
bind to enzyme at allosteric site changing shape of active site so substrate cannot bind
bind to an enzyme blocking its active site
The substrate and tend to end in (ase) ex: sucrose-sucrase
How does ph affect an enzyme?
works best at optimal ph: acidic ph causes denurturization
two top answers
simple enzymes
both previous answers
Vitamins and minerals
bind to enzyme at allosteric site changing shape of active site so substrate cannot bind
bind to an enzyme blocking its active site
The substrate and tend to end in (ase) ex: sucrose-sucrase
What are noncompetitive (allosteric) inhibitors?
works best at optimal ph: acidic ph causes denurturization
two top answers
simple enzymes
both previous answers
Vitamins and minerals
bind to enzyme at allosteric site changing shape of active site so substrate cannot bind
bind to an enzyme blocking its active site
The substrate and tend to end in (ase) ex: sucrose-sucrase
What is a competitive inhibitor?
works best at optimal ph: acidic ph causes denurturization
two top answers
simple enzymes
both previous answers
Vitamins and minerals
bind to enzyme at allosteric site changing shape of active site so substrate cannot bind
bind to an enzyme blocking its active site
The substrate and tend to end in (ase) ex: sucrose-sucrase
Organic and Inorganic can also be called?
works best at optimal ph: acidic ph causes denurturization
two top answers
simple enzymes
both previous answers
Vitamins and minerals
bind to enzyme at allosteric site changing shape of active site so substrate cannot bind
bind to an enzyme blocking its active site
The substrate and tend to end in (ase) ex: sucrose-sucrase
All proteins =
works best at optimal ph: acidic ph causes denurturization
two top answers
simple enzymes
both previous answers
Vitamins and minerals
bind to enzyme at allosteric site changing shape of active site so substrate cannot bind
bind to an enzyme blocking its active site
The substrate and tend to end in (ase) ex: sucrose-sucrase
Enzymes are named for what?
works best at optimal ph: acidic ph causes denurturization
two top answers
simple enzymes
both previous answers
Vitamins and minerals
bind to enzyme at allosteric site changing shape of active site so substrate cannot bind
bind to an enzyme blocking its active site
The substrate and tend to end in (ase) ex: sucrose-sucrase
How does temperature affects an enzyme?
works best at optimal ph: acidic ph causes denurturization
two top answers
simple enzymes
both previous answers
Vitamins and minerals
bind to enzyme at allosteric site changing shape of active site so substrate cannot bind
bind to an enzyme blocking its active site
The substrate and tend to end in (ase) ex: sucrose-sucrase
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