Enzymes and acidic juices in the stomach, which break proteins down into smaller molecules, is known as proteolytic enzyme.
Proteolytic enzyme (also known as protease) is any group of enzymes that break down the long chainlike proteins molecules into smaller molecules (peptides) and later into amino acids. In the stomach, protein digestion takes place. The three main proteolytic enzymes; pepsin (produced by the stomach), and trypsin and chymotrypsin (produced by the pancreas) breaks down proteins into polypeptides which are eventually broken down into amino acids by several exopeptidases and dipeptidases.
Answer:
sweet-receptors bind to specific types of molecules, namely monosaccharides and disaccharides. Polysaccharides are not as sweet because they do not readily bind to the sweet-receptors on our tongue, as the other smaller molecules do
Answer:
Given,
RR and Rr = Red flower
rr = white flower
Homozygous condition means that both the alleles for the gene are either recessive or dominant alleles. Heterozygous condition means that one allele is recessive and other allele is dominant.
If a homozygous red flower geranium (RR) is crossed with a homozygous white flower geranium (rr), the Punnett square would be :
R R
r Rr Rr
r Rr Rr
Given what we know, we can confirm that If a single protein carries out multiple functions, then each function may be carried out by a specific region of the protein called a domain.
<h3>What is a domain in proteins?</h3>
This is one of the many parts that make up a protein. This is what we can call the most independent parts of a protein given that they are each self-stabilizing and form their own three-dimensional structures. Each domain of a protein is considered a functional group, and therefore a single protein can carry out multiple functions.
Therefore, we can confirm that for a protein like the one described in the question, the multiple functions being carried out can be explained by the presence of the domain regions of the protein.
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