Question

Sarin, a nerve gas, was released into the Tokyo subway system in 1995 injuring more than 5000 people. Sarin blocks the active sites of the enzyme acetylcholinesterase, which degrades acetylcholine, a compound that causes muscles to contract. Over-contraction of muscles can cause asphyxiation. What is the biological term for this nerve gas? Cofactor. Allosteric Inhibitor. Competitive Inhibitor Coenzyme. Activator. Binding site.

          Sarin, a nerve gas, was released into the Tokyo subway system in 1995 injuring more than 5000 people. Sarin blocks the active sites of the enzyme acetylcholinesterase, which degrades acetylcholine, a compound that causes muscles to contract. Over-contraction of muscles can cause asphyxiation.

What is the biological term for this nerve gas?

Cofactor.
Allosteric Inhibitor.
Competitive Inhibitor
Coenzyme.
Activator.
Binding site.

Sarin, a nerve gas, was released into the Tokyo subway system in 1995 injuring more than 5000 people. Sarin blocks the active sites of the enzyme acetylcholinesterase, which degrades acetylcholine, a compound that causes muscles to contract. Over-contraction of muscles can cause asphyxiation.

What is the biological term for this nerve gas?

Cofactor.
Allosteric Inhibitor.
Competitive Inhibitor
Coenzyme.
Activator.
Binding site.

Added by Jasmine M.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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10/17/2022

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Sarin, a nerve gas, was released into the Tokyo subway system in 1995, injuring more than 5000 people. Sarin blocks the active sites of the enzyme acetylcholinesterase, which degrades acetylcholine, a compound that causes muscles to contract. Over-contraction of muscles can cause asphyxiation. What is the biological term for this nerve gas? Cofactor. Allosteric Inhibitor. Competitive Inhibitor Coenzyme. Activator. Binding site.