What would happen to the concentration of Pyruvate, NADH and intermembrane H+ if Glycolysis stopped working?
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When glycolysis stops working ; Pyruvate , NADH and intermembrane H+ will decrease .
Glycolysis is the step ( catalyzed metabolic linear process ) in a cellular respiration whereby glucose is converted to molecules ( 2 ) of pyruvate in the presence of oxygen or into lactate in the absence of oxygen.
Since the production of pyruvate, NADH and H+ is dependent on the process of glycolysis when glycolysis is stopped the amount of Pyruvate, NADH and H+ will be reduced / decreased.
Hence we can conclude that when glycolysis stops working Pyruvate,NADH and intermembrane H+ will decrease.
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Answer:
They all Decrease
Explanation:
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The correct answer is Evolutionary change. :)
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It depends on the nature of the crime. There could be foot marks there, or a certain of material found that is usually not found. There could be blood stains, or some genetic samples that could provide for DNA testing. There could be certain chemicals that could lead to identification of the substance used in the crime.
Answer:
You could find any number of things...shoe prints and maybe some tire marks. You might find shell casings, blood, broken glass, dropped items, etc. Some of these could be individual characteristics like the shoe prints, blood, or tire marks.