what is the advantage of stepwise release of energy in respiration?
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Explanation:
it will not increase the sudden growth of oxygen or Carbon dioxide in our body
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(i) There is a step-wise release of chemical bond energy which is very easily trapped in forming ATP molecules.
(i) There is a step-wise release of chemical bond energy which is very easily trapped in forming ATP molecules.(ii) Cellular temperature is not allowed to rise.
(i) There is a step-wise release of chemical bond energy which is very easily trapped in forming ATP molecules.(ii) Cellular temperature is not allowed to rise.(iii) Wastage of energy is reduced.
(i) There is a step-wise release of chemical bond energy which is very easily trapped in forming ATP molecules.(ii) Cellular temperature is not allowed to rise.(iii) Wastage of energy is reduced.(iv) There are several intermediates which can be used in production of a number of biochemicals.
(i) There is a step-wise release of chemical bond energy which is very easily trapped in forming ATP molecules.(ii) Cellular temperature is not allowed to rise.(iii) Wastage of energy is reduced.(iv) There are several intermediates which can be used in production of a number of biochemicals.(v) Through their metabolic intermediates different substances can undergo respiratory catabolism.
(i) There is a step-wise release of chemical bond energy which is very easily trapped in forming ATP molecules.(ii) Cellular temperature is not allowed to rise.(iii) Wastage of energy is reduced.(iv) There are several intermediates which can be used in production of a number of biochemicals.(v) Through their metabolic intermediates different substances can undergo respiratory catabolism.(vi) Each step of respiration is controlled by its own enzyme. The activity of different enzymes can be enhanced or inhibited by specific compounds.
(i) There is a step-wise release of chemical bond energy which is very easily trapped in forming ATP molecules.(ii) Cellular temperature is not allowed to rise.(iii) Wastage of energy is reduced.(iv) There are several intermediates which can be used in production of a number of biochemicals.(v) Through their metabolic intermediates different substances can undergo respiratory catabolism.(vi) Each step of respiration is controlled by its own enzyme. The activity of different enzymes can be enhanced or inhibited by specific compounds.This helps in controlling the rate of respiration and the amount of energy liberated by it.
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