thiamine pyrophosphate
- noun
- /ˈθaɪəˌmiːn ˌpaɪroʊˈfɔːsfeɪt/
- Specialized
- Thiamine pyrophosphate is essential for converting carbohydrates into energy during cellular respiration.
Examples
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Deficiency in thiamine pyrophosphate can lead to neurological problems due to impaired cellular respiration.
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Thiamine pyrophosphate is required for the proper functioning of several enzymes in the Krebs cycle.
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The enzyme's activity depends on the presence of thiamine pyrophosphate as a cofactor.
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The body needs thiamine pyrophosphate for energy production.
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Many enzymes require thiamine pyrophosphate as a cofactor.
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Cells need thiamine pyrophosphate to effectively participate in the Krebs cycle.
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A lack of thiamine pyrophosphate may hinder the body's metabolic processes.
Synonyms
A molecule made from vitamin B1 that helps cells turn food into energy
Surface Forms
Morphology
The term names a chemical compound made by combining 'thiamine' with a 'pyrophosphate' group, so its meaning as the pyrophosphate derivative of vitamin B1 (i.e., the coenzyme form) is directly derivable from the constituents. Although technical, this is a systematic compositional chemical naming pattern found across languages, so a learner who knows both parts can infer the MWE's basic meaning.
Etymology
Thiamine pyrophosphate gets its name from the parts that make it: thiamine is vitamin B1 and pyrophosphate means two phosphate pieces joined together, so you can picture vitamin B1 with two small phosphate parts attached. That's why this molecule acts as a 'helper' for enzymes that help cells 'make energy'.