ATP
- noun
- /ˌeɪ tiː ˈpiː/
- Specialized
- You know, infrared light enhances ATP production, which supports energy.
- adenosine triphosphate (ATP
- triphosphate (ATP
- energy released by ATP
And so and that ATP ends up making cells work.
- And so and that ATP ends up making cells work.
- You know, infrared light enhances ATP production, which supports energy.
- So bacteria, they they're making ATP, we're making ATP, snakes are making ATP.
- It improves ATP and mitochondrial function in muscle.
- I don't have AS, not enough ATP, OK.
- Creatine can donate its phosphate to ADP, reform ATP.
- It's in ATP, it's in chlorophyll that's uses that relies on nitrogen.
Examples
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And then the body uses ATP to do things like operate this pump.
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But when you add ATP, this is what you see in real time.
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Those proteins use ATP and that ATP comes from eating.
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And so, you know, ATP is your immediate usable energy.
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So bacteria, they they're making ATP, we're making ATP, snakes are making ATP.
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Without sufficient oxygen for cellular function, depletion of ATP causes the cell to resort to alternative pathways for metabolic demands.
Academic text (2005) -
To sustain sufficient muscle tissue energy requirements, large amounts of ATP, creatine phosphate, and oxygen are needed for metabolic function.
Academic text (2005) -
In our cells, ATP serves as the primary energy source for various metabolic processes.
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When you exercise, your body rapidly uses ATP to fuel muscle contractions.
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The breakdown of glucose leads to the production of ATP, which is crucial for cell function.
Synonyms
A small molecule in cells that stores energy for cells to use
Surface Forms
Morphology
ATP = adenosine + triphosphate (opaque) = A + T + P
ATP is an initialism (A‑T‑P) formed from specialized chemical terms; this formation is an abbreviation rather than a productive morphological derivation accessible to average learners.
Etymology
ATP is short for adenosine triphosphate, which means 'adenosine with three phosphates' and the tri- part means 'three'. Those three phosphate parts act like tiny batteries that hold 'energy', so ATP is the cell's main energy supply.