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Control of metabolic pathway (inhibitors (Competitive (binds to active…
Control of metabolic pathway
inhibitors
Competitive
binds to active sites
Mixed
binds to allosteric site and change the shape of the enzyme regardless of whether it has occupied active sites or not
Non-competitive
free enzyme or substrates
binds to allosteric site
thereby could enable the enzyme to function again.
Uncompetitive
Enzyme complex
Enzyme regulation
temperature
the higher temperature the faster reaction rate; when the temperature reaches over the optimal temperature the enzyme gets denatured
pH Level
at the optimal pH level the enzyme works the fastest; as the pH level gets away from the optimal level, the reaction rate decreases.
concentration of enzyme
the higher concentration of enzyme leads to faster reaction rate, but as it reaches a certain level the reaction rate increases slower and would eventually reach maximum.
Substrate
Concentration
Steady-state equilibrium
Cell Compartmentalization
membrane transport
active transport
diffusion
End Product Inhibition
Inhibits first enzyme
Negative Feedback
Circular
Linear