Answer:
The response would be approximately 38 ATP for each metabolic cycle.
Explanation:
It seems a bit sloppy to me the way the question is written, as for what I have mentioned, what I can answer is the following ...
Free oxygen radicals and high concentrations of peroxide, which is the union between water and free protons in the medium, generate an oxidation-reduction reaction in the tissues that destabilizes the positions of the electrons of the tissue ions (only those found in the latter orbit of the compounds), this results in a process called cellular oxidative stress that triggers aging.
As for the process of phosphorylation of glucose to use it as an energy reserve in the form of starch or glycogen, this phosphorylation is carried out by means of a chemical reaction that what it allows by means of enzymes is that at carbon number 6 of the glucose is added or a phosphorus is added, in this way the glucose is disabled for spontaneous consumption and is administered as an energy reserve of the organism.
The answer would be <span>Erythrocytes. Refer to the chart below for more information.
</span>From the chart we can see the most abundant cell in human body is Erythrocytes, also known as red blood cells at 4.5 - 5.5 millions per mL.
Platelets, at 1.4-4.0 millions per mL.
White blood cells are 5,000-10,000 per mL. Neutrophils, lymphocytes and basophils are all included in this number.
I hope this helped!
Answer:
transport, protection and regulation.
Answer:
<u>b. synthesizes new DNA only in the 5' to 3' direction.</u>
Explanation:
DNA Polymerase III is involved in replication of DNA, it is involved in the proofreading of the replication mistakes by activity reading 3' to 5' and synthesizing 5' to 3' . It can add nucleotides to the strand at the rate of about 1000 nucleotides per second.
Answer:
The three stimuli that cause the plants to exhibit tropism are:
1. Touch: This stimulus triggers thigmotropism, which is the turning or bending of the plant and tendrils in response to the touch.
2. Light: This stimulus triggers phototropism. It is how the plant reacts toward the direction of the light source. In this case, the stem may bend in response to the direction of the light.
3. Gravity: This stimulus triggers phototropism gravitropism, which is responsible for the downward growth of roots into the soil.
