Question

Which of the following are affected by the order of amino acids in a protein? Select all that apply.

Answer 1

Answer:

The structure and function are affected by the amino acids order in a protein.

Explanation:

The succession of a protein is controlled by the DNA of the genes that encode the protein. An adjustment in the gene's DNA arrangement may prompt an adjustment in the amino acid grouping of the protein. In any event, changing only one amino acid in a protein's grouping can influence the protein's general structure and capacity.  

For example, a solitary amino acid change is related to sickle cell frailty, an acquired infection that influences red platelets. In sickle cell frailty, one of the polypeptide ties makes hemoglobin, the protein that conveys oxygen in the blood has a slight succession change. The glutamic acid that is regularly the 6th amino acid of the hemoglobin β chain is supplanted by a valine.

Answer 2

Answer:

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The answer is Shape, Structure, and Function,

Explanation:

A protein's three-dimensional shape and the way its different amino acids are positioned within that shape make up its structure. A protein's structure depends on the order of amino acids in its chain. This is because as a protein folds, the amino acids interact with each other and with nearby molecules in the cell.

Each type of amino acid has unique properties and interacts with molecules in a different way. These interactions determine the final shape of the protein. For example, some types of amino acids stick together, which causes the protein's amino acid chain to bend or loop. Other types of amino acids are repelled by nearby water molecules. This causes parts of the protein to fold inward.