Definition of ribitol in English:

ribitol

noun ˈrɪbɪtɒlˈrʌɪbɪtɒlˈrībiˌtôl

mass nounChemistry

A colourless crystalline compound which is formed by reduction of ribose and occurs in certain plants.
An alcohol; chemical formula: HOCH₂(CHOH)₃CH₂OH
Example sentencesExamples
- The ribitol teichoic acid is usually in the cell wall, and the glycerol teichoic acid is in the cell membrane, the periplasmic region, or in the cell.
- The differences in hydrogen-bonding sites and alignments of the sugars with the electrostatic field of the channel walls explain the observed disparity in conduction between ribitol and arabitol.
- A single molecule of ribitol or arabitol was positioned in the periplasmic space at the beginning of each interactive simulation.
- These clones putatively encode UDP-galactose 4-epimerase, trehalose - 6-phosphate phosphatase, glucose and ribitol dehydrogenase, and ribitol dehydrogenase.
- This new shape caused RDH to be less effective on ribitol, but more effective on xylitol and L-arabitol (the mirror image of D-arabitol) as shown in the accompanying graph.

Origin

1940s: from ribose + -ite¹ + -ol.

Definition of ribitol in US English:

ribitol

nounˈrībiˌtôl

Chemistry

A colorless crystalline compound which is formed by reduction of ribose and occurs in certain plants.
An alcohol; chemical formula: HOCH₂(CHOH)₃CH₂OH
Example sentencesExamples
- The ribitol teichoic acid is usually in the cell wall, and the glycerol teichoic acid is in the cell membrane, the periplasmic region, or in the cell.
- This new shape caused RDH to be less effective on ribitol, but more effective on xylitol and L-arabitol (the mirror image of D-arabitol) as shown in the accompanying graph.
- These clones putatively encode UDP-galactose 4-epimerase, trehalose - 6-phosphate phosphatase, glucose and ribitol dehydrogenase, and ribitol dehydrogenase.
- A single molecule of ribitol or arabitol was positioned in the periplasmic space at the beginning of each interactive simulation.
- The differences in hydrogen-bonding sites and alignments of the sugars with the electrostatic field of the channel walls explain the observed disparity in conduction between ribitol and arabitol.

Origin

1940s: from ribose + -ite + -ol.

单词	ribitol
释义	Definition of ribitol in English: ribitol noun ˈrɪbɪtɒlˈrʌɪbɪtɒlˈrībiˌtôl mass nounChemistry A colourless crystalline compound which is formed by reduction of ribose and occurs in certain plants. An alcohol; chemical formula: HOCH₂(CHOH)₃CH₂OH Example sentencesExamples The ribitol teichoic acid is usually in the cell wall, and the glycerol teichoic acid is in the cell membrane, the periplasmic region, or in the cell. The differences in hydrogen-bonding sites and alignments of the sugars with the electrostatic field of the channel walls explain the observed disparity in conduction between ribitol and arabitol. A single molecule of ribitol or arabitol was positioned in the periplasmic space at the beginning of each interactive simulation. These clones putatively encode UDP-galactose 4-epimerase, trehalose - 6-phosphate phosphatase, glucose and ribitol dehydrogenase, and ribitol dehydrogenase. This new shape caused RDH to be less effective on ribitol, but more effective on xylitol and L-arabitol (the mirror image of D-arabitol) as shown in the accompanying graph. Origin 1940s: from ribose + -ite¹ + -ol. Definition of ribitol in US English: ribitol nounˈrībiˌtôl Chemistry A colorless crystalline compound which is formed by reduction of ribose and occurs in certain plants. An alcohol; chemical formula: HOCH₂(CHOH)₃CH₂OH Example sentencesExamples The ribitol teichoic acid is usually in the cell wall, and the glycerol teichoic acid is in the cell membrane, the periplasmic region, or in the cell. This new shape caused RDH to be less effective on ribitol, but more effective on xylitol and L-arabitol (the mirror image of D-arabitol) as shown in the accompanying graph. These clones putatively encode UDP-galactose 4-epimerase, trehalose - 6-phosphate phosphatase, glucose and ribitol dehydrogenase, and ribitol dehydrogenase. A single molecule of ribitol or arabitol was positioned in the periplasmic space at the beginning of each interactive simulation. The differences in hydrogen-bonding sites and alignments of the sugars with the electrostatic field of the channel walls explain the observed disparity in conduction between ribitol and arabitol. Origin 1940s: from ribose + -ite + -ol.
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