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This video discusses about adenosine trifosate for the atp molecule and its utilization in energy coupling.
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Atp is an energy -rich molecule which is found inside the cell.
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This molecule provides energy for various cellular processes that are occurring inside the body.
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The structure of atp comprises of three components.
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The first component is the adenine base, which is an animal.
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Nitrogenous base.
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The second component is the ribose sugar which is a 5 -carbon sugar and the third component are the phosphate molecules.
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There are three phosphate molecules present in an atp.
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These three phosphate molecules are connected to each other to linkages known as phospho and hydride linkages.
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These are highly energetic bonds which upon hydroly release a lot of energy.
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This hydrolysis of atp involves breaking the first hormone -hydrate bonds to release energy.
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The reaction of atp hydrolysis involves conversion of atp adp, that is adenosine diphosphate, plus an inorganic phosphate molecule plus energy.
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If this energy is not utilized by cell, it is released in the form of food.
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However, in most of the cases, this energy can be utilized for cellular processes.
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Based on the utilization of the energy, the reactions that occur inside the cell can be of two types...