Definition of pyruvate in English:

pyruvate

noun pʌɪˈruːveɪtpəˈruˌveɪt

Biochemistry

A salt or ester of pyruvic acid.
Example sentencesExamples
- Rates of incorporation of carbon from malate, pyruvate, and acetate are expressed on an acetate-equivalent basis.
- Some bacteria convert pyruvate and NADH to acetic acid and carbon dioxide.
- Pyruvate formed by this reaction has to be exported from the chloroplast.
- Oxaloacetate, for instance, can be formed from pyruvate, carbon dioxide, and water, with the use of one ATP molecule.
- The first step is removal of the terminal carbon dioxide from the pyruvate.

Definition of pyruvate in US English:

pyruvate

nounpəˈruˌveɪtpəˈro͞oˌvāt

Biochemistry

A salt or ester of pyruvic acid.
Example sentencesExamples
- Rates of incorporation of carbon from malate, pyruvate, and acetate are expressed on an acetate-equivalent basis.
- Pyruvate formed by this reaction has to be exported from the chloroplast.
- Some bacteria convert pyruvate and NADH to acetic acid and carbon dioxide.
- The first step is removal of the terminal carbon dioxide from the pyruvate.
- Oxaloacetate, for instance, can be formed from pyruvate, carbon dioxide, and water, with the use of one ATP molecule.

单词	pyruvate
释义	Definition of pyruvate in English: pyruvate noun pʌɪˈruːveɪtpəˈruˌveɪt Biochemistry A salt or ester of pyruvic acid. Example sentencesExamples Rates of incorporation of carbon from malate, pyruvate, and acetate are expressed on an acetate-equivalent basis. Some bacteria convert pyruvate and NADH to acetic acid and carbon dioxide. Pyruvate formed by this reaction has to be exported from the chloroplast. Oxaloacetate, for instance, can be formed from pyruvate, carbon dioxide, and water, with the use of one ATP molecule. The first step is removal of the terminal carbon dioxide from the pyruvate. Definition of pyruvate in US English: pyruvate nounpəˈruˌveɪtpəˈro͞oˌvāt Biochemistry A salt or ester of pyruvic acid. Example sentencesExamples Rates of incorporation of carbon from malate, pyruvate, and acetate are expressed on an acetate-equivalent basis. Pyruvate formed by this reaction has to be exported from the chloroplast. Some bacteria convert pyruvate and NADH to acetic acid and carbon dioxide. The first step is removal of the terminal carbon dioxide from the pyruvate. Oxaloacetate, for instance, can be formed from pyruvate, carbon dioxide, and water, with the use of one ATP molecule.
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