Question

1. using the diagram above, did the differences in peyton and mateos sequences change the structure of their protein? did those differences change the overall properties of their proteins?

Explanation:

To answer this, we analyze protein structure and properties based on sequence differences:

1. Protein Structure: Amino acid sequence (primary structure) determines higher - order structures (secondary, tertiary, quaternary). If Peyton and Mateo’s sequences (e.g., DNA/RNA coding for amino acids) differ, the primary structure (amino acid order) changes. This alters how amino acids interact (e.g., hydrogen bonding, hydrophobic interactions), so secondary (e.g., alpha - helices) and tertiary (3D folding) structures, and quaternary (for multi - subunit proteins) structures change.
2. Protein Properties: Protein properties (e.g., enzyme activity, binding affinity, solubility) depend on structure. A changed structure (e.g., a key active - site amino acid replaced) modifies how the protein interacts with substrates, ligands, or its environment. So, overall properties (like function, stability) change.

Answer:

The differences in Peyton and Mateo’s sequences changed the protein’s structure (as sequence determines structure) and also changed the overall properties of their proteins (as protein properties are determined by structure).