Would an ATP synthase taken from a bacterial cell work in a eukaryotic cell? Why?
Yes
Enzyme ATP synthase from a bacterial cell may work in a Eukaryotic cell because this enzyme is performing same function in both the types of cells. Also the structure of the enzyme is similar to each other in both the cells. Also this enzyme is an integral membrane protein in both the cells, it is present in the plasma membrane of bacteria and inner mitochondrial membrane of eukaryotes.
Because of these similarities in the ATP synthase of bacterial cell and Eukaryotic cell, ATP synthase from bacterial cell may work in a Eukaryotic cell.
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Would an ATP synthase taken from a bacterial cell work in a eukaryotic cell? Why?
Would an ATP synthase taken from a bacterial cell work in a Eukaryotic cell?
1) Summarize how the electron transport chain functions to produce ATP in a bacterial cell versus a eukaryotic cell. Explain whether or not the term chemiosmosis accurately illustrates this process.
what is ATP synthase and how does it work to generate ATP
why are bacterial genomes not nearly as tightly
compared as eukaryotic chromosomes during both normal growth and
cell replication
Why are bacterial genomes not nearly as tightly compacted as eukaryotic chromosomes during both normal growth and cell replication?
Explain why isolated F1 subunits from the ATP synthase enzyme catalyze the hydrolysis of ATP. Use protein structure, conformational changes, and free energy in your response.
1. Why is it important that ATP synthase functions in both ATP synthesis mode and in reverse?
What are two possible reasons why a bacteriophage reorganizes its bacterial host to resemble a eukaryotic cell?
Why is the GTP produced by succinate synthase considered equivalent to an ATP in terms of net energy capture
Under what conditions would ATP Synthase run in the reverse direction that it normally does? A. When the H+ concentrations are the same in the matrix and intermembrane space, and there is an excess of ATP in the matrix. B. When the H+ concentrations are the same in the matrix and intermembrane space, and there is an excess of ATP in the intermembrane space. C. When there is an excess of H+ in the intermembrane space, and very little ATP...
Investigators introduce two proteins into the membrane of artificial lipid vesicles: (1) an ATP synthase isolated from the mitochondria of cow heart muscle, and (2) a light-activated proton pump purified from the prokaryote Halobacterium halobium. The proteins are oriented as shown in the diagram. When ADP and P; are added to the external medium and the vesicle is exposed to light, would this system produce ATP? H LIGHT protein pump ATP synthase Choose one: O No, because no electron-transport chain...