A researcher is studying a novel inhibitor that specifically targets the F0 subunit of ATP synthase. What is the most likely direct effect of this inhibitor on aerobic respiration?
Increased electron transport chain activity
Inhibition of proton flow through the inner mitochondrial membrane
Enhanced ATP production
Stimulation of Krebs cycle activity
Related Questions
During Kreb’s cycle of …A… NADH, …B… ATP is produced through ETS in mitochondria. Choose, the correct pair from the option given below
A-2; B-4
A-4; B-2
A-6, B-18
A-2; B-8
In aerobic respiration complete oxidation of pyruvate by the stepwise removal of all the hydrogen atom makes …….. molecule of
2
3
4
5
Decarboxylation is involved in
Electron transport system
Glycolysis
Krebs’ cycle
Lactic acid fermentation
Choose the correct statement for the given options
Intermediates in the pathway are utilised to synthesise other compounds
No alternative substrates other than glucose is allowed to enter the pathway at intermediate stages
None of the substrate is respired in the pathway at intermediary stages
Pathway functioning is insequential
Pyruvate The above reaction needs two enzymes named as
Pyruvate decarboxylase and alcohol dehydrogenase
Pyruvate decarboxylase and enolase
Pyruvate decarboxylase and pyruvate kinase
Pyruvate carboxylase and aldolase
Ultimate acceptor in ETS is?
Which of these is NOT a stage of aerobic respiration?
Glycolysis
Krebs Cycle
Electron Transport Chain
Calvin Cycle
Cytochrome “C” is a carrier in between?
Complex III and IV
Complex I and II
Complex V and IV
All of these
The main purpose of cellular respiration is to
Convert potential energy to kinetic energy
Convert kinetic energy to potential energy
Create energy in the cell
Convert energy stored in the chemical bonds of glucose to an energy that the cell can use
What is the correct order of the stages of cellular respiration?
Krebs’ - Electron - Glycolysis cycle transport chain
Electron - Krebs’ cycle - Glycolysis transport chain
Glycolysis -Krebs’ cycle - Electron transport chain
Glycolysis - Electron transport chain - Krebs’ cycle
