MRNA is read 5->3
Start codons can vary depending on the cell/organism type although more generally for mRNA it is always: AUG which is always Methionine
Stop codons for mRNA are:
<span>UAG ("amber") , UAA ("ochre"), <span>UGA ("opal")
</span></span>
<span>5'-uaucc.aug.gca.cuu.uaa.ac-3'
M-A-L
Methionine-Alanine-Leucine
</span>
With the given results, in order for the nurse to identify
the clinical manifestations of diabetic ketoacidosis in which the client would
likely have, she needs to observe the following manifestations such as; rise of
the blood glucose level which beyond the normal range, there is a rapid
breathing which would likely occur that he or she finds it difficult to breathe
normally, there is a presence of pain in the abdomen, excessive need of fluids
as he or she manifest excessive thirst and lastly, his or her results in the
plasma bicarbonate is in the low level. These manifestations could indicate
that the client has diabetic ketoacidosis.
OK so the phase you are looking for will be Metaphase I
Answer:
option b is correct
Explanation:
aerobic respiration produce 38 ATP per glucose molecule while anaerobic respiration produce only 2 ATP per glucose molecule
