The answer is A. "forms fewer ATP molecules than cellular respiration"
The climate? That would fit I suppose.
Answer:
Sperm cells are not normally exposed to blood, but if they are, the immune system may produce __<u>auto-antibodies</u>__ against sperm cells' __<u>auto-antigens</u>_ and render someone sterile.
Explanation:
Auto-antibodies are antibodies that can destroy cells from the same organism. They are mistakenly directed against organs or tissues of the same organisms, causing auto-immune diseases or affections. The autoantibodies action occurs when the organism fails in recognizing its own cells and faces them as strange elements.
Auto-antigen is the molecule produces by the body that fails in being recognized due to a break up in the tolerance mechanisms, triggering an immune response.
In the exposed example, sperm cells do not usually mix with blood. So when they do, blood cells recognize them as strange bodies and act against them. Sterility might be an effect of this auto-immune response.
Answer:It goes in thsi order:
3
5
6
1
2
7
8
9
4
10
Explanation:
I hope this was helpful!!
Answer:
The correct option is homologous chromosomes carry information for the same traits.
Explanation:
Homologous chromosomes can be described as a pair of chromosomes that carry genes for the same traits. The genes may carry the same or different kind of alleles. For example, all humans have 46 chromosomes which exist in pairs. That means humans have 23 pairs of chromosomes. Each chromosome in the pair is homologous to the other one. The sex chromosome might be an exception. For females, the sex chromosomes are similar but for males, the X and Y chromosomes carry different genes.