Question

ATP, or ___, is the universal energy carrier of cells. Usually in cells, ATP is hydrolyzed into ADP, or _, releasing a _ molecule and energy. This energy comes from the broken unstable, high-energy _ bond. The energy released is made available for processes such as the synthesis of _. This energy is also used in muscles for _ and in nerve cells for _____. macromolecules impulse conduction adenosine triphosphate adenosine dipyruvate glucose phosphate pyruvate peptide adenosine tripyruvate adenosine diphosphate contractions

          ATP, or _______, is the universal energy carrier of cells.
Usually in cells, ATP is hydrolyzed into ADP, or _______, releasing a _______ molecule and energy.
This energy comes from the broken unstable, high-energy _______ bond.
The energy released is made available for processes such as the synthesis of _______.
This energy is also used in muscles for _______ and in nerve cells for _______.

macromolecules
impulse conduction
adenosine triphosphate
adenosine dipyruvate
glucose
phosphate
pyruvate
peptide
adenosine tripyruvate
adenosine diphosphate
contractions

ATP, or , is the universal energy carrier of cells.
Usually in cells, ATP is hydrolyzed into ADP, or , releasing a molecule and energy.
This energy comes from the broken unstable, high-energy bond.
The energy released is made available for processes such as the synthesis of .
This energy is also used in muscles for and in nerve cells for .

macromolecules
impulse conduction
adenosine triphosphate
adenosine dipyruvate
glucose
phosphate
pyruvate
peptide
adenosine tripyruvate
adenosine diphosphate
contractions

Added by Ashley P.

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