Which protein acts as an energy transducer
Answers
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G proteins act as transducers, the agents that transmit external stimuli to effector enzymes. G proteins have GTPase activity; that is, they slowly catalyze hydrolysis of bound guanosine 5′-triphosphate (GTP, the guanine analog of ATP) to guanosine 5′-diphosphate .
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Answer:
Correct answer to this question is G proteins act as transducers.
Explanation:
Cells contain molecules called molecular energy transducers, which are responsible for converting the energy produced by electron transport into useful work. Living cells have a similar biological "circuit" and typically use a slightly reduced molecule like glucose as the source of electrons.
Transduction is the process of transforming one type of energy into another. The chloroplast's use of light energy to make ATP from ADP is one example of transduction. G proteins act as transducers, which are the substances that send signals to effector enzymes from external stimuli. Guanosine 5′-diphosphate is produced when bound guanosine 5′-triphosphate (GTP, the guanine analogue of ATP) is slowly hydrolyzed. GTPase activity refers to this action.
Life cannot exist without consistent pathways for the transfer of energy. In most species, from prokaryotes to eukaryotes, the acquired energy is converted into a transmembrane difference of electrochemical potential across the prokaryotic cytoplasmic or mitochondrial membranes. This difference can be caused by light, inorganic, or organic molecules.
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