The function of a protein is determined by its ?
Answer: shape
The shape of a protein is determined by the ?
of its ? ?
First answer : ?
Second two answers : primary structure
bonding
cell theory
The shape of a protein is determined by the primary structure of its amino acid sequence.
To determine the primary structure of a protein, you need to find the sequence of amino acids that make up the protein. This can be done using various methods, such as protein sequencing techniques or analyzing the genetic code of the organism that produces the protein.
Once the primary structure is known, the order of the amino acids determines how they will interact with each other. These interactions, such as hydrogen bonding and hydrophobic interactions, cause the protein chain to fold and form a three-dimensional structure. The specific arrangement of the amino acids in the primary structure determines the folding pattern and overall shape of the protein.
The shape of a protein is critical for its function. Different parts of the protein interact with other molecules, such as enzymes or DNA, based on their shape. For example, an enzyme has an active site with a specific shape that allows it to bind to a specific substrate molecule and catalyze a biochemical reaction.
Therefore, the function of a protein is directly determined by its shape, which is in turn dictated by the primary structure of its amino acid sequence.