Answer:
The guanidine group of the first two arginine forms a pair of ions, by which salt bridge is formed
Glycine In both sequence, act as non-polar amino acid and two leucine of enzymes will form a hydrophobic groove. isoleucine fits into the hydrophobic groove.
In R-R-G-S-I serine is phosphorylated by an active catalytic subunit .
In R-R-G-A-I serine is been replaced by alanine
Explanation:
The role of the each amino acids
The guanidine group of the first two arginine forms a pair of ions, by which salt bridge is formed
Glycine In both sequence, act as non-polar amino acid and two leucine of enzymes will form a hydrophobic groove. isoleucine fits into the hydrophobic groove.
In R-R-G-S-I serine is phosphorylated by an active catalytic subunit .
In R-R-G-A-I serine is been replaced by alanine
Attached below is the sequence as a peptide .
Homologous structures are structures (body parts/anatomy)
which are similar in different species because the species have common descent.
They may or may not perform the same function. An example of homologous
structures is the forelimb structure shared by cats and whales.
<h2>The answer is:</h2>
Why does a duck eat?
<h2>Explanation:</h2>
If we take a look at the scientific method, the first step is observation. We need to observe things and then we move towards the formation of a hypothesis. So by looking a duck while the duck is eating, the first question that must come to our minds should be " Why does a duck eat?" And hence we can say that this is the best scientific question as it leads us towards the rest of scientific research.
They are collagen fibers, reticular fibers, and elastic fibers.