Reduces oxygen and oxidizes glucose. A cell produces energy in the form of adenosine triphosphate (ATP) from the oxygen it takes in during aerobic respiration while also exhaling carbon dioxide and water. This is an oxidation reaction where oxygen is reduced and glucose is oxidized.
NADH contains more bonds than other molecules, and more energy is needed to maintain this molecule's integrity. Therefore, it would take more energy to break the bond while attempting to do so, making it more stable than NAD+. Aerobic respiration is the process of oxidizing glucose to produce ATP in the presence of oxygen. The following is the general equation for aerobic respiration:
Oxygen plus glucose = Carbon dioxide + Water + Energy
The breakdown of sugar and other dietary components during aerobic respiration releases energy. The Kreb cycle, glycolysis, and electron transport chain are all included. When oxygen is present, the reducing molecules NADH and FADH2 produced by glycolysis and the Kreb cycle are oxidized via the process of chemiosmosis, which reduces oxygen to water.
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The answer is C: because growth at 37°C would be ideal for revealing bacteria that are human pathogens. 37°C is equivalent to 98.6°F, the normal body temperature for humans. If bacteria are reproducing at this temperature in a petri dish, they are also most likely reproducing in the body.
Cultures are made so doctors can be sure a person is sick with a specific bacteria often in order to make sure they are taking the right medication to get better. Choice A doesn't make sense, because we wouldn't want to kill the bacteria we are trying to study. Bacteria that makes us sick is harmful bacteria and is what we are trying to isolate. Choice B doesn't make sense, because they are only being incubated at one temperature, not a range or variety. Choice D is harder to rule out, but again the doctor wants the bacteria to reproduce so they can be sure that's what is causing the infection, so it wouldn't make sense that we would put the bacteria in a temperature they would not reproduce.
Answer:
The correct answer is -
A: Prophase (top left)
B: Cytokinesis (top middle)
C :Interphase (top right)
D :Telophase (bottom left)
E: Metaphase (bottom middle)
F: Anaphase (bottom right)
Explanation:
A. prophse - the first stage of mitosis, in this pahse the chromatin which is DNA and proteins, condenses in nucleus.
B. Cytokinesis - It is the physical sepration or dividion of cytoplasm of the parental cell.
C. Interphase - This phase have no change in cell except its size as it grows and enlarges itself.
D. Telophase - formation of a nuclear membrane around chromosome set to separate the genetic material from the cytoplasm.
E. Metaphase - visible chromosomes, removal of nucleus and chromosomes present in cytoplasm.
F. Anaphase - replicated chromosomes are separated and move towards opposite poles.
C. camouflage, camouflage is when an animal is blending in with its surroundings.
Hormones derived from amino acids can cause different effects in different cells depending on the type of cell and its signal transduction pathway.
An arrangement of chemical reactions in a cell that happens when a particle, for example, a hormone, joins to a receptor on the cell layer. The pathway is really a course of biochemical responses inside the cell that eventually achieve the objective particle or response.
