Processes that are most important to human life are oxygen, required for cellular respiration, and glucose, a form of sugar that releases energy during cellular respiration.
Protect the patient from exposure
to infection because blocking is the normal effects of the immune system. Suppressors,
the nursing students learn that the most commonly used immune suppressant is cyclosporine.
he nurse should initially assess whether the patient has been taking the
medication as ordered or has altered the dose in any way. It is not uncommon
for a young person to “cheek” the medication or attempt to cut back on the dose
because of the lack of desire to take the medication on a continual
basis—especially when the patient begins to feel better.
Answer:
Letter b. Gluconeogenesis
Explanation:
Immediately after eating we use the sugars in the food and utilize for energy and last a couple of hours. After that and about 15 hours later our body uses the energy stored in the liver in the form of glycogen, a process called glycogenolysis, that is the action of breaking the glycogen to free the energy. After 24 hours, the body starts to use another molecule for energy like fatty acids and start to synthesize glucose from other precursors, this process is called gluconeogenesis, and fuels the vital organs like the brain to maintain its function.
Answer:
Light-dependent reactions:
- takes place in the grana
- release oxygen
- produces ATP
Light-independent reactions:
- fixes carbon dioxide
- take place in the stroma
- produce glucose
Explanation:
Photosynthesis is a biological process in which light energy is converted into chemical energy in the form of glucose. In chloroplast, photosynthesis occurs in two sequential stages.
-
Light-dependent reactions
-
Light-independent reactions (kelvin cycle)
The light energy is converted into chemical energy (NADPH and ATP) in the thylakoid membrane of chloroplast (light-dependent reactions). These energy molecules are utilized in the kelvin cycle (light-independent reaction) to assembled sugar molecules from CO2 in the stroma of the chloroplast.
