The lysine amino acid will provide a positive charge to the active site. If this mutation changed all of the lysine amino acids to aspartic acid, it will produce an enzyme having a negative charge.
<h3>Mutations and amino acids</h3>
A mutation is any alteration in the nucleotide (DNA) sequence of the genome of an organism.
A mutation that alters the active site of an enzyme will invariably affect its catalytic activity.
A mutation that involves a change in lysine (positive) to aspartic acid (negative) will produce a protein having a net negative charge.
Learn more about mutations here:
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Answer:
waves hit the rocks and damage the outer layer of the rocks
Answer: captured by potential energy and stored in the chemical bonds
Explanation:
Answer:
a. Light moths on light trees.
d. Dark moths on dark trees.
Explanation:
The clear coloration of the moths allows them to mimic in the light trunks that can be of this color or covered with light lichens. Likewise, dark moths mimetize in dark trees, which can be of this color naturally or a cause of the industrial revolution and contamination with hollin. The mimicry allows them to camouflage themselves from theirs predators.
