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Type of irreversible regulator because it forces unchangeable inactivity of COX enzyme

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All have optimal temperatures of around human body temp (36 C) because that is where their roles are fulfilled.

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Often found in the liver, it has a optimal pH of 7 since that is the pH of its location.

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Pepsin is an enzyme responsible for digesting proteins in the stomach. This is why it has a low optimal pH of around 2.

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Enzymes are most effective at pH's they normally act in within the body. Deviating can lower effectiveness and possibly denaturing of the enzyme.

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Enzymes are the most effective at their optimal temperatures which typically are where they are most active in the body. Deviating from optimal lowers effectiveness and eventually will denature the enzyme.

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Small molecule that binds to the active site and alters its shape directly to reduce rate at which substrates can bind to the active site.

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Molecule that binds to place on enzyme other than the active site to change the shape of the site. Thus, substrates are unable to bind to the active site.

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Molecule that literally competes for the active site in an enzyme to prevent the substrate from binding. Typically, same shape as substrate.

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Inactivates enzyme through the use of covalent bonds to bind to sites on an enzyme which cannot be overcome.

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Inactivates enzymes without covalent bonding, but rather by means that can be reversed.

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Speed up biochemical reactions within the body by lowering the activation energy requirement. Performs important body functions through reactions.