Answer: pretty sure it’s the number of mitochondria in muscle cells
Explanation:
Answer:
I think the answer is speed.
Please let me know if its correct or not
Answer:
metaphase, anaphase, and telophase.
Explanation:
Answer:
The odd is zero.
Explanation:
Assuming the Huntington disease allele is represent by b. Nomal allele will be B which is the alternate form.
The genotype of the 25 years old woman will be Bb, since she heterozygote.
The genotype of the husband will be BB, since he's free from the trait.
Crossing both genotypes:
Bb x BB = BB, BB, Bb and Bb.
The genotypes of the offspring will be either BB or Bb. They either free from the trait or heterozygote.
<em>Hence, the odds that the couple will have a child with the disorder is 0. They can only produce heterozygotes or totally normal children.</em>
<span>Mitochrondria of the eukaryotic cells.
As many researchers
hypothesize that the old single-celled organism or the origin of the
complex-celled organisms came from the endosymbiosis of the
mitochrondrion organism and the prokaryotic cell. It has been said that
mitochondria was an independent organism which then to have been evovled
itself after planting itself inside a prokaryotic cell which aided
cellular respiration and production of ATP (Adenosine Triphosphate).
This then aided the prokaryotic cell to be more sophisticated and caused
another change from having without a true nucleus to a eukaryotic cell
with a nucleus and embedded DNA. </span>
