You inherit the DNA that composes your chromosomes from your mother and your father. You have inherited a protein that STOPS the
production of an enzyme, a protein, to help you digest milk. Scientists have figured out that this protein contains an amino acid that really does say STOP whenever the enzyme starts to be produced. What nitrogen bases, found in your DNA, could be arranged to produce this STOP amino acid? A) C, G, U
B) U, A, T
C) A, T, G
D) A, T, and C
Three stop codons of RNA are UAG, UAA, and UGA. Presence of any of these three stop codons in RNA stops the process of protein synthesis. The nitrogenous bases present in these stop codons are U, A and G. However, the corresponding bases that could be arranged into stop codon would be T, A and G. This is due to the fact that DNA does not have Uracil base, rather have thymine.
I believe <span>a </span>regulatory<span> repressor </span>protein<span> is normally bound to the operator. This prevents the transcription of the genes on the </span>operon<span>.</span>
Keep it in an aerobic environment, meaning that there should be oxygen present. Fermentation is anaerobic, hence aerobic conditions will prevent fermentation from occurring.
"In flat horizontal layers" is the one among the following choices given in the question that describes the way how <span>sediments deposit in lakes or oceans. The correct option among all the options that are given in the question is the third option. I hope that this is the answer that has come to your desired help.</span>
