ATP and Energy Release
Higher Biology
Match the items on the right to the items on the left by dragging them into the correct place.
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ADP
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
ATP
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
Energy transfer
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
Glucose
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
Oxidation
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
Phosphorylation
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
Pi
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
Reduction
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
Respiration
???
high energy molecule composed of adenosine and three phosphates.
process such as respiration where hydrogen is removed from a substrate.
process such as photosynthesis where hydrogen is added to a substrate.
respiratory substrate which provides energy for regeneration of ATP.
biochemical pathway (aerobic or anaerobic) which releases energy.
inorganic phosphate group needed to make ATP.
process by which ATP is regenerated from ADP and Pi.
low energy molecule composed of adenosine and two phosphate groups.
role played by ATP between energy releasing and energy-consuming reactions.
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