File:Glucose explanation.png

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Revision as of 09:15, 4 June 2013 by ChristiaanK (talk | contribs) (This image illustrates how the structure of cyclical monosaccharides can be distinguised. Left: The length of this monosaccharide is 6 carbon atoms. The anomeric carbon is at the top, just below the oxygen. Top right: It is rolled into a pyranose ring (5 )
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Glucose_explanation.png(600 × 591 pixels, file size: 65 KB, MIME type: image/png)

This image illustrates how the structure of cyclical monosaccharides can be distinguised. Left: The length of this monosaccharide is 6 carbon atoms. The anomeric carbon is at the top, just below the oxygen. Top right: It is rolled into a pyranose ring (5 carbons + oxygen), the only alternative is a furanose ring (4 carbons + oxygen). The anomeric carbon is on the right. Bottom right: The "tail" (which would be CH2OH in this case) is defined to be on the "upper" side of the ring's plane and the hydrogen adjacent to it on the "bottom". In this case, the anomeric carbon has an "upper" hydrogen atom and a "lower" hydroxyl group.

Image created with Avogadro and Gimp.

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current09:15, 4 June 2013Thumbnail for version as of 09:15, 4 June 2013600 × 591 (65 KB)ChristiaanK (talk | contribs)This image illustrates how the structure of cyclical monosaccharides can be distinguised. Left: The length of this monosaccharide is 6 carbon atoms. The anomeric carbon is at the top, just below the oxygen. Top right: It is rolled into a pyranose ring (5

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