B, because it's not an advantage for something to be expensive and time consuming
The genetic code is how we call the combinations of three nucleotides (codons) that cells use to translate the information in the DNA and RNA in proteins.
There are 22 amino acids used to make proteins, but 64 possible codons, so some amino acids correspond to more than one codon. All proteins start with methionine (Met) and there are also codons that mark the end of a protein.
The codon for Met is AUG; and the stop codons are UAA, UAG, and UGA.
This means D is the right answer.
Answer:to the point where there is less space
Explanation:
We have that for the Question "Does she need to worry about this problem" it can be said that
- If Mary is taking <em>Calcium</em> medication with<u> thyroid hormone</u>,she does not need to worry about this problem
From the question we are told
Marissa has had her entire thyroid gland removed because of a malignant tumor. She takes synthetic thyroid <em>hormone</em> to replace the thyroxine that her thyroid gland would have <u>produced</u>, but she is worried about her blood calcium. <u>Does </u>she need to worry about this problem
<h3>Hormone known as TSH</h3>
Generally normal thyroid feature is watched through the pituitary gland. The <u>pituitary </u>makes a hormone <em>known </em>as TSH that motives the thyroid gland to make thyroid hormone for the body.
the <em>hormone </em>additionally promotes increase of the thyroid <em>gland</em> and likely of thyroid most cancers cells.
<h3 /><h3>Levothyroxine (L-T four )</h3>
Levothyroxine (L-T four ) is one of the most typically given medications. It is given as both physiologic alternative remedy in <em>sufferers </em>with <em>hypothyroidism </em>or as interventional remedy to suppress thyroid-stimulating hormone <em>secretion </em>in sufferers with thyroid cancer.
Therefore
if Mary is taking <em>Calcium</em> medication with<u> thyroid hormone</u>,she does not need to worry about this problem
For more information on Hormones visit
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Osmosis
Osmosis is the the movement of solvent (most of the time water)through a semipermeable membrane into a solution of higher solute concentration