I would go with A. Four haploid daughter cells that are genetically different.
Polymerase chain reaction to amplify the DNA would be the technique used in the blood lab.
Given what we know about the cell cycle, we can confirm that the stage in question refers to the G2 stage.
The cell cycle can be divided into four stages, which are :
- G1 or growth phase
- Duplication of DNA
- G2 or preparation phase
- Mitosis.
The first stage in the cycle is that of G1 or growth. As the name indicates, the cell undergoes rapid growth during this stage. Next is the duplication stage where the DNA is replicated in advance so that the cell can undergo mitosis.
The third phase is the one that this question refers to, in which the cell <u>grows substantially </u>and <u>undergoes </u><u>checkpoints </u>in which <em>biological factors </em>check the replicated DNA for errors. Finally, the cell ends the cycle by multiplying via mitosis.
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The amino acids componets are residues containing nucleophilic side chains such as hydroxyl or sulphdryl groups such as amino acids serine, cysteine, theonine, or tyrosine. First, irreversible inhibitors form a reversible non-covalent complex with the enzyme(EI or ESI)
Yes once you take in the food the digestive system breaks down the food and once its goes to the intestines, they absorbs the nutrients needed.