If a scientist took over a cell, and forced glycolysis to not occur, but allowed the other processes (such as proton pump, photosynthesis, and krebs cycle) explain what would happen. Name some of the hypothetical problems that would take place. Must have words: Pyruvate, NAD+, NADH, ETC, glucose, ATP, and Le Chatelier's Principle.

The ATP made during glycolysis is generated by photophosphorylation. electron transport. В. substrate-level phosphorylation. chemisosmosis. D.

Using your own words, name two types of fermentation and explain how they result in ATP production. Then, construct a diagram explaining the general fermentation process. Your model should show at least the main molecules created/used in fermentation pathway as well as the number of ATPs formed at each step.

Having now learned how to conduct basic cell culture, you are ready to complete your first experiments.  Below is a portion of the respiration pathway in O.Extremus in which electrons are transferred from NADH to O2; the energy of this reaction is coupled to the pumping of H+, and ultimately ATP production. O.Extremus displays abnormally high activity levels of an enzyme called ATPase.  This results in increased hydrolysis of ATP to ADP and later AMP. What effect would this have on the overall metabolic rate in these cells? Explain your reasoning.

NADH pills can be purchased over the counter and are often taken by sufferers of chronic fatigue syndrome (CFS). How might these pills benefit a CFS patient? They would decrease the rate of alcoholic fermentation. They would decrease the rate of glycolysis. They would increase the number of electrons provided to the electron transport chain. They would increase energy by creating more FADH2.

Mitochondria use lots of enzymes in cellular respiration.  One of them is ATP synthase, which binds ADP and P together to make ATP.  Explain how enzymes work, using ATP synthase as an example.  Your answer should use the terms active site, activation energy, substrate, and product correctly.

Use the shapes tool to outline the following: ETC in Blue Matata NADH Proton gradient in Red Electron Carriers in Green. ATP Synthase in Yellow FACH Pre-work 1 NAD Oxydative Phosphorylation FAD 2H² + 1/20 ⒸW.Y. Sunshine / Shutterstock

What molecules from the cellular respiration reaction could be used in the experiment to then calculate the rate of cellular respiration? C_6​H_12O_6   O_2   CO_2   H_2O   Energy

Give detailed Solution with explanation needed...don't give Handwritten answer..don't use Ai for answering this

The image below shows the ATP cycle. From the statements below, select the correct statement about the molecules X and Y involved in this process. (PO4 phosphorylation X X A 000 Y high energy phosphate bonds hydrolysis PO4 O In the ATP cycle, ATP (Y) is phosphorylated into ADP (X) O In the ATP cycle, ATP (X) is hydrolysed to form ADP (Y) O In the ATP cycle, ADP (Y) is converted to ATP (X) via a hydrolysis reaction In the ATP cycle, a phosphorylation reaction removes a phosphate unit from ADP (Y)