Protein building begins with the DNA strand in the Ribosome. The DNA strand is essential to dictating the type of protein that is to be produced, based on the sequence of nucleic acids.
<span> The answer is a misense mutation. In this case, the substitution of the tryosine amino acid with cysteine in the same position in the sequence does not affect the polypeptide becasue both tryosine and cysteine are polar animo acids. If the substitution </span><span><span> in the polypeptide chain </span>was by amino acids with different properties, it would affect the folding of the protein and change its conformation hence also affect its function. </span>
A little percent of it (around 9.5%) goes to recycling while a large percent goes to the landfill, ocean and beaches, where it will take years for the plastic to decompose and leak pollutants into the soil and water, <span>threatening the health and safety of marine life. There is a new recycling method where the plastics are shredded and mix with the other components to make hollow blocks for construction of structures.</span>
The matrix is broke down and releases phosphate and calcium when blood concentrations are low. Osteocytes will stimulate to remove calcium and phosphate from the blood. ... All inner layer bones contain spongy bone tissue.
Answer:
Option C: Proteins, the daughter would have stunted growth due to the inability to produce new tissue and muscles.
Explanation:
Proteins are the building blocks of the body and it is a necessity to carry out normal metabolism and cell sign.
