Explanation:
this is hereditary. the male is carrying bad genes and if they are dominant then the offspring will most likely get it too. I hope this helps!!!
<span>Up next I will present the two principal mechanisms by which neurotransmitters are disposed of in order to maintain the synapse from becoming unresponsive. These are Enzymatic degradation and Re-uptake.
<span>I hope it helps, Regards.</span></span>
Answer:
In the result of meiosis, testes produce 4 small mature sperm while ovaries produce 1 large egg cell.
Explanation:
Meiosis produces gametes (sex cells). Sex cells are eggs in females and sperm in males.
In the female, ovaries produce four haploids (3 polar bodies and 1 immature egg) under meiotic division. Polar bodies die because of the unequal division of cytoplasm. The immature egg matures into a large ovum/egg every 28 days during the menstrual cycle that is able to fertilize.
In the male, meiosis occurs in testes that produce 4 spermatids that mature into 4 small sperms. Testes produce several hundred million sperms every day under meiosis. These sperms are able to fertilize.
Nevertheless, if we want to compare their numbers based on meiotic division, we would say that they will be in the same ratio (1:1) at the end of each meiosis cycle for males and females.
Missing choices:
A) Myocardial hypercapnia
B) Hypocalcemia
C) Hyperkalemia
D) Hypercalcemia
E) Myocardial hypoxia
I'm debating between two answer choices. A) Myocardial hypercapnia and E) Myocardial hypoxia.
Myocardial refers to the cardiac muscle or myocardium.
Hypercapnia is the excessiveness of carbon dioxide in the blood stream.
<span>Hypoxia is the inadequate amount oxygen in the body.</span>
I'll go with E) <span>Myocardial hypoxia. </span>