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substrate level phosphorylation

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Wize University Biology Textbook > Cellular Respiration

The TCA [Citric Acid / Krebs] Cycle [detailed]

4 Activities

Wize University Biology Textbook > Cellular Respiration

The Electron Transport Chain [detailed]

6 Activities

Wize University Biology Textbook > Cellular Respiration

Glycolysis [detailed]

6 Activities

In which of the following process(es) do we see substrate level phosphorylation?
More The TCA [Citric Acid / Krebs] Cycle [detailed] Questions:
The bong mutant of a yeast species Saccharomyces causes them to be restricted to generating ATP through glycolysis alone. Which of the follow statements could be a possible role of this mutation?
Goal of Citric Acid Cycle
The primary goal of the citric acid cycle is to:
Goal of Citric Acid Cycle
The primary goal of the citric acid cycle is to....
Which enzyme and step catalyzes the production of FADH2?
Which of the following steps occurs during the Citric acid cycle?
NAD+ is reduced to NADH
Pyruvate is oxidized in the cytosol
Which of the following steps occurs during the Citric acid cycle?
NAD+ is reduced to NADH
Pyruvate is oxidized in the cytosol
Practice: Citric Acid Cycle- BIOCH2280
The primary goal of the citric acid cycle is to....
Using what you learned over all the lessons on metabolism, match the overall reaction with the process.
Electron carriers (Similar to 2018 question 38)
Which processes provide NADH to be used in the electron transport chain?
Which enzyme and step catalyzes the production of FADH2?
Practice: Products of TCA/Citric Acid/Krebs Cycle
What is generated through one turn of the citric acid cycle?
How many CO2CO_2 molecules are released per acetyl group that passes through the Krebs cycle?
Practice: CO2 Released by Krebs Cycle
How many CO2CO_2 molecules are released per acetyl group that passes through the Krebs cycle?
ATP Production
Which processes in central metabolism are able to generate ATP? Select all that apply.
The first reaction in the citric acid cycle is
MCAT Practice Question
The bong mutant of a yeast species Saccharomyces causes them to be restricted to generating ATP through glycolysis alone. Which of the follow statements could be a possible role of this mutation?
Practice: Location of Krebs Cycle
Where does the Krebs Cycle occur?
MCAT Practice Question
The bong mutant of a yeast species Saccharomyces causes them to be restricted to generating ATP through glycolysis alone. Which of the follow statements could be a possible role of this mutation?
Goal of Citric Acid Cycle
The primary goal of the citric acid cycle is to....
A baby is born with a rare genetic mutation. This mutation effects the functionality of the isocitrate dehydrogenase enzyme. What effect would this have on the body physiologically?
You are doing an experiment in class about cellular respiration. You are measuring the O2 consumption in the muscle cell of a human using a manometer under different conditions.All the readings are taken from the same muscle in the same individual. The first reading is taken when the individual wakes up in the morning, the second is taken after he works out and the third is taken after he eats 5 oranges (high levels of citrate) What would your findings be? Indicate if high or low amounts of O2 would be consumed and explain why in each case (6pts)
Why is the reaction α-Ketoglutarate --> Succinyl CoA done using a protein complex?
What would happen if you removed all malate a-ketogluterate antiporters from the mitochondria of a cell?
The first reaction in the citric acid cycle is
Give an example of substrate channeling in the TCA cycle. Give another example of two enzymes that do not have substrate channeling. Explain how they are different.
What are the overall effects of depleting citrate in a cell?
ATP Production
Which processes in central metabolism are able to generate ATP? Select all that apply.
Which enzyme and step catalyzes the production of FADH2?
During glycolysis a 6 carbon molecule of glucose is broken down into two 3 carbons molecules of pyruvate. For EACH cycle of the citric acid cycle how many carbons from glucose are used?
Electron carriers (Similar to 2018 question 38)
Which processes provide NADH to be used in the electron transport chain?
Using what you learned over all the lessons on metabolism, match the overall reaction with the process.
Oxygen sensitivity question
Which process(es) are not oxygen sensitive
The first reaction in the citric acid cycle is
Practice: Goal of Citric Acid Cycle
The primary goal of the citric acid cycle is to....
Practice: Production of FADH2
Which enzyme and step catalyzes the production of FADH2?
If you were to measure respiration in isolated mitochondria, which of the following additions would result in the highest proton motive force?
Which of the following steps occurs during the Citric acid cycle?
NAD+ is reduced to NADH
Pyruvate is oxidized in the cytosol
In which of the following situations can Chlamydomonas grow?
In the presence of light, carbon dioxide and water alone
In the presence of acetate, water and oxygen alone
The bong mutant of a yeast species Saccharomyces causes them to be restricted to generating ATP through glycolysis alone. Which of the follow statements could be a possible role of this mutation?
The given figure shows the effect of different compounds on the amount of chlorophyll in a Chlamydomonas cell, a single cells photosynthetic eukaryote. Based on the figure, which of the following statements most accurately describes what the amount of chlorophyll is indicating?
Practice: CO2 Released by Krebs Cycle
How many CO2CO_2 molecules are released per acetyl group that passes through the Krebs cycle?
Practice: Products of TCA/Citric Acid/Krebs Cycle
What is generated through one turn of the citric acid cycle?
Citric Acid Cycle
Where does the Krebs Cycle occur?
Practice: Citric Acid Cycle- BIOCH2280
The primary goal of the citric acid cycle is to....
Where does the krebs cycle occur?
Which of the following contributes electrons to the electron transport chain?
Which of the following are the key products of the citric acid cycle?
Which of the following statements is correct?
What is generated through one turn of the citric acid cycle?
How does NAD+ function in the citric acid cycle?
How many CO2CO_2 molecules are released per acetyl group that passes through the Krebs cycle?
More The Electron Transport Chain [detailed] Questions:
Complexes of ETC
Which complex in the electron transport system initially accepts electrons from FADH2?
Practice: Complexes of ETC
Which complex in the electron transport system initially accepts electrons from FADH2?
Practice: Carrier
Which of the following is a potential pathway for electrons to travel from carrier to carrier?
Match the full name to the ETC complex. (Even though not specified in the video lesson, the names match function)
The electron transport chain (Similar to 2018 question 48)
Which Statement is FALSE about complex I of the electron transport chain?
The electron transport chain
Why do the electrons form NADH pump more protons across the inner mitochondrial membrane than the electrons from FADH2?
Cytochrome C (Similar to 2018 question 51)
Which statement is best describes the role of cytochrome C in the electron transport chain?
Eletron transport chain (Similar to 2018 question 46)
What is FALSE about Coenzyme Q?
Electron Transport Chain: Similar to 2014 Question 12
What causes electrons to be transported across the mitochondrial membrane in the electron transport chain?
Which of the following is FALSE regarding the H+ gradient?
ATP Production
Which processes in central metabolism are able to generate ATP? Select all that apply.
ATP Synthase: Similar to 2014 Question 15
Which is TRUE about ATP synthase?
Practice: Permeability to H+
You are testing a drug that causes the inner mitochondrial membrane to become permeable to H+. How would this drug affect mitochondrial ATP output?
Practice: Locations in Mitochondria
Letter A is pointing to the location of:
Complexes of ETC
Which complex in the electron transport system initially accepts electrons from FADH2?
What is true about the ETC and/or the movement of protons across the inner membrane?
What would happen if you removed all malate a-ketogluterate antiporters from the mitochondria of a cell?
Which complex of the electron transport chain does not directly impact the pH of the intermembrane space?
Which electron carrier would have the greatest negative impact on ATP production if its production was inhibited during oxidative phosphorylation?
As electrons are passed from a protein complex to the next, the final acceptor of the ETC (in animals) is
As electrons move through the ETC, each carrier molecule is:
Let's pretend you were the found of the ETC (sending respect to Peter D. Mitchell - the real founder!). After concluding there are 4 electron accepting complexes involved, you try blocking each of them individually to find out unique characteristics about each of them. When you blocked complex lll, all ATP production stopped and the proton gradient dissipated. When you blocked complex l, the ATP production was only down regulated but it still took place. The same thing happened when you blocked complex ll. What could explain these findings?
Cyanide is known to cause extremely quick death. Its main action is on complex lV of the electron transport chain. It acts to inhibit the reduction of O2. Working backwards through the chain, indicated all the problems that make this toxin so lethal.
If QH2 donated its electrons to complex lll but then didn't move to its secondary site on complex lll, what would be the result? Select all that apply
Mitochondria: Similar to 2014 Question 13
Which statement is FALSE about the mitochondria?
Electron Transport Chain: Similar to 2014 Question 12
What causes electrons to be transported across the mitochondrial membrane in the electron transport chain?
ATP Production
Which processes in central metabolism are able to generate ATP? Select all that apply.
Using calculations, show how the P/O ratios for NADH (form the mitochondrial matrix) and NADH (from the cytosol) have different P/O ratios.
4𝑥𝐻+ + 𝑥𝐴𝐷𝑃 + 𝑥𝑃𝑖 → 𝑥𝐴𝑇𝑃
1/2𝑂2 + 2𝑒− + 2𝐻+ → 𝐻2𝑂
ATP Stynthase: Similar to 2014 Question 15
Which is TRUE about ATP synthase?
Which Statement is FALSE about ATP synthesis?
A lizard is exposed to different body temperatures by changing its environment
and its oxygen consumption recorded as follows:
Why does an increase in body temperature affect the oxygen consumption?
What is the final electron acceptor in the ETC (during cellular respiration) is?
ATP Synthase
Explain the rotor like mechanism of ATP synthase. Use drawings to show the formation of ATP and explain how many H+ are needed to synthesize one ATP molecule.
Eletron transport chain (Similar to 2018 question 46)
What is FALSE about Coenzyme Q?
The electron transport chain
Why do the electrons form NADH pump more protons across the inner mitochondrial membrane than the electrons from FADH2?
Cytochrome C (Similar to 2018 question 51)
Which statement is best describes the role of cytochrome C in the electron transport chain?
The electron transport chain (Similar to 2018 question 48)
Which Statement is FALSE about complex I of the electron transport chain?
Match the full name to the ETC complex. (Even though not specified in the video lesson, the names match function)
ETC question
Oxidative phosphorylation comprises of both the ETC and
chemiosmosis
Oxygen sensitivity question
Which process(es) are not oxygen sensitive
What would not be found along the membrane marked by A
What process is occurring in the D site
Letter A is pointing to the location of:
What metabolic pathways generate ATP to be used during cruising activity versus burst activity?
Where does the oxygen come from to produce water in the ETC?
Practice: Cascade of Electrons
How do electrons cascade down the electron transport chain (ETC)?
Practice: H+ Gradient
Which of the following is FALSE regarding the H+ gradient?
Electron transport chain
You are testing a drug that causes the inner mitochondrial membrane to become permeable to H+. How would this drug affect mitochondrial ATP output?
Mitochondrial anatomy
Letter A is pointing to the location of:
Practice: Names of Complexes
Match the full name to the ETC complex. (Even though not specified in the video lesson, the names match function)
Practice: Complexes of ETC
Which complex in the electron transport system initially accepts electrons from FADH2?
Similarities between ETCs in chloroplasts and mitochondria - Practice Question
The electron transport chains in the chloroplast and the mitochondria share many similarities. Which of the following statements are true?
Which of the following are common to all electron transport chains?
Which of the following situations would signal a loss of respiratory control?
Which of the following are shared between electron transport of cellular respiration and photosynthesis?
In which of the following situations can Chlamydomonas grow?
In the presence of light, carbon dioxide and water alone
In the presence of acetate, water and oxygen alone
Which of the following statements is true about the hypothesized reason why eukaryotic cells are more complex than aerobic bacterial cells?
The given figure shows the effect of different compounds on the amount of chlorophyll in a Chlamydomonas cell, a single cells photosynthetic eukaryote. Based on the figure, which of the following statements most accurately describes what the amount of chlorophyll is indicating?
In which situation would ATP production by oxidative phosphorylation only be partially inhibited?
Practice: Carrier
Which of the following is a potential pathway for electrons to travel from carrier to carrier?
Which of the following statements is correct?
Which of the following is the highest affinity electron acceptor in the ETC?
Regarding electron transport, downhill electron carriers have what?
Which of the following is not a common electron carrier?
During which of the following process is ATP produced?
As we move downstream the electron transport chain, what happens?
How do electrons cascade down the electron transport chain (ETC)?
Which of the following is FALSE regarding the H+ gradient?
Which complex in the electron transport system initially accepts electrons from FADH2?
Which complex in the electron transport system accepts electrons from reduced cytochrome c carriers?
You are testing a drug that causes the inner mitochondrial membrane to become permeable to H+H^+. How would this drug affect mitochondrial ATP output?
The label that points to the matrix is
More Glycolysis [detailed] Questions:
The bong mutant of a yeast species Saccharomyces causes them to be restricted to generating ATP through glycolysis alone. Which of the follow statements could be a possible role of this mutation?
ATP produced during glycolysis is a result of:
Glycolysis
Which of the following processes occurs in the cytosol of eukaryotes?
What is the carbohydrate product of glycolysis in the cytosol?
Practice: Last Step of Glycolysis
Which enzyme catalyzes the last step of glycolysis?
Using what you learned over all the lessons on metabolism, match the overall reaction with the process.
How many molecules of lactate can be produced form one glucose molecule?
Electron carriers (Similar to 2018 question 38)
Which processes provide NADH to be used in the electron transport chain?
High transfer potential: Similar to 2014 Question 8
Which of the following reactions has the most negative free energy change?
Glycolysis
At which intermediate within glycolysis is C1 of glucose and C6 of glucose identical?
Femermentation (Similar to 2018 Question 28)
How many molecules of ethanol would be produced from the fermentation of the disaccharide sucrose?
Glycolysis
Which statement is true about the reactions in Glycolysis?
Glycolysis
Which enzyme is responsible for generating NADH in glycolysis and how many NADH are produced per one molecule of glucose?
Which of the following statements is false?
Practice: Product of Glycolysis
What is the carbohydrate product of glycolysis in the cytosol?
ATP Production
Which processes in central metabolism are able to generate ATP? Select all that apply.
MCAT Practice Question
The bong mutant of a yeast species Saccharomyces causes them to be restricted to generating ATP through glycolysis alone. Which of the follow statements could be a possible role of this mutation?
Practice: Processes in the Cytosol
Which of the following processes occurs in the cytosol of eukrayotes?
Practice
Which of the following is a metabolic pathway shared by both cellular respiration and fermentation?
MCAT Practice Question
The bong mutant of a yeast species Saccharomyces causes them to be restricted to generating ATP through glycolysis alone. Which of the follow statements could be a possible role of this mutation?
PFK regulation
What effect does Fructose-2,6-bisphosphate have on glycolysis?
During which stage of glycolysis does the main substrate lose free energy?
What are the 3 steps of glycolysis that have the largest exergonic reactions? What enzymes are they regulated by?
Which of the following statements is true about glycolysis?
Which fo the following statements is false?
High transfer potential: Similar to 2014 Question 8
Which of the following reactions has the most negative free energy change?
ATP Production
Which processes in central metabolism are able to generate ATP? Select all that apply.
Glycolysis
Which enzyme is responsible for generating NADH in glycolysis and how many NADH are produced per one molecule of glucose?
How many ATP molecules are produced per glucose molecule under anaerobic conditions?
What is the overall yield of glycolysis and the key steps involved?
During glycolysis a 6 carbon molecule of glucose is broken down into two 3 carbons molecules of pyruvate. For EACH cycle of the citric acid cycle how many carbons from glucose are used?
During glycolysis the carbons from glucose are used to produce
The metabolic pathway shared by both cellular respiration and fermentation is
Electron carriers (Similar to 2018 question 38)
Which processes provide NADH to be used in the electron transport chain?
Femermentation (Similar to 2018 Question 28)
How many molecules of ethanol would be produced from the fermentation of the disaccharide sucrose?
Glycolysis
At which intermediate within glycolysis is C1 of glucose and C6 of glucose identical?
Glycolysis
Which statement is true about the reactions in Glycolysis?
Explain why anaerobic fermentation occurs and how it is necessary for ATP production in the absence of oxygen.
How many molecules of lactate can be produced form one glucose molecule?
Using what you learned over all the lessons on metabolism, match the overall reaction with the process.
PFK regulation
Which enzyme is responsible for creating Fructose-2,6-bisphosphate, and what affect does it have on glycolysis?
Glycolysis electron carriers
This/These electron carriers are produced during glycolysis (select all that apply)
ATP produced during glycolysis is a result of
What would not be found along the membrane marked by A
Which of the following processes occurs in the cytosol of eukrayotes?
A human cell is no longer exposed to oxygen. Which of the following will take place?
Which of the following are shared between electron transport of cellular respiration and photosynthesis?
You want to compare distantly related organisms from eukaryotes to bacteria. Which of the following would you use?
You want to build a phylogeny that includes humans, E. coli, and a plant species known as Arabidopsis. Which of the following proteins coding genes would you use to help you form this phylogeny?
The bong mutant of a yeast species Saccharomyces causes them to be restricted to generating ATP through glycolysis alone. Which of the follow statements could be a possible role of this mutation?
Practice: PFK regulation
What effect does Fructose-2,6-bisphosphate have on glycolysis?
Practice: Product of Glycolysis
What is the carbohydrate product of glycolysis in the cytosol?
Glycolysis
Which of the following processes occurs in the cytosol of eukrayotes?
Practice: Last Step of Glycolysis
Which enzyme catalyzes the last step of glycolysis?
Practice: Overall Yield of Glycolysis
What is the overall yield of glycolysis and the key steps involved?
Which enzyme catalyzes the last step of glycolysis?
What is the carbohydrate product of glycolysis in the cytosol?
How does fermentation allow glycolysis to continue in the absence of oxygen?
How is NAD+ regenerated for glycolysis when no oxygen is available in mammals?