water food space im pretty sure
The answer should be C, unlike meiosis, mitosis occurs only in somatic cells (body cells such as skin cells, muscles cells etc)
Mitosis is a process of cell division that produces 2 daughter cells that are genetically identical to both the other daughter cell and the parent cell. This process includes am exact duplication of genetic information, which means, the daughter cells have the exact number of chromosomes to the parent cell. We call these daughter cells as diploid. On the other hand, meiosis is the process of cell division that produces 4 daughter cells that are genetically different from the parent cells. They only have half of the original number of chromosome. Meiosis includes 2 cell divisions, and the daughter cells are called haploid.
Therefore, since mitosis produces 2 identical daughter cells, they're found in somatic cells, as they're used for growth or development. You wouldn't suddenly grow some muscles cells in your skin cells, therefore mitosis cells must be identical. However, meiosis cells since they only have half of the original chromosome number, they're used in producing gametes, sperm and eggs for human. So that, when 2 of these gamete cells fertilizes, the zygote can restore the actual number of chromosome, which is 46 for human, each egg and sperm carry 23.
So, your answer is C.
Answer:
It results in genetic variation in the species
I think it's because of other organisms produces oxygen
Answer:
a) Yes
b) Yes
c) Yes
d) Yes
Explanation:
a.
In the exons?
Yes mutant site will be expected. It will transcript-ed as well and it can be a polypeptide depending on the mutation type.
b.
In the intron?
Yes mutant site will be expected. It will be transcript-ed as well and it cannot be a polypeptide
c.
In the promoter?
Yes mutant site will be expected. It will not be transcript-ed and it cannot be a polypeptide
d.
In the intron-exon boundary?
Yes mutant site will be expected. It will be transcript-ed and it cannot be a polypeptide
