The amino acids those are likely to be responsible for catalysis. Introduction: Active site is the region present on the enzyme that provides particular chemistry and shape so that it can fit to substrate. It is a groove or pocket like structure present on the surface of enzyme whose structure changes when it attaches with the substrate. This allows catalysis of the reaction.
The amino acids those are likely to be responsible for catalysis. Introduction: Active site is the region present on the enzyme that provides particular chemistry and shape so that it can fit to substrate. It is a groove or pocket like structure present on the surface of enzyme whose structure changes when it attaches with the substrate. This allows catalysis of the reaction.
Solution Summary: The author explains the amino acids that are responsible for catalysis. The active site is the region present on the enzyme that provides particular chemistry and shape.
The amino acids those are likely to be responsible for catalysis.
Introduction:
Active site is the region present on the enzyme that provides particular chemistry and shape so that it can fit to substrate. It is a groove or pocket like structure present on the surface of enzyme whose structure changes when it attaches with the substrate. This allows catalysis of the reaction.
b.
Summary Introduction
To determine:
The amino acids those are present mainly to hold the substrate in the active site.
Introduction:
Active site is the region present on the enzyme that provides particular chemistry and shape so that it can fit to substrate. It is a groove or pocket like structure present on the surface of enzyme whose structure changes when it attaches with the substrate. This allows catalysis of the reaction.
c.
Summary Introduction
To determine:
Whether the substrate is polar or nonpolar with reason.
Introduction:
Active site is the region present on the enzyme that provides particular chemistry and shape so that it can fit to substrate. It is a groove or pocket like structure present on the surface of enzyme whose structure changes when it attaches with the substrate. This allows catalysis of the reaction.
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