PROTEOMICS · 2011 · 43 citations · 5 references
Life SciencesBiochemistryBiologyCarbohydrate BiochemistryCarbohydrate ChemistryGlycobiologyCarbohydrate NomenclatureCarbohydrate StructureGlycan StructureMonosaccharide StructureN-linked GlycosylationO-linked GlycosylationFuranose FormsGlycosidic Linkage NotationMonosaccharide ClassificationMonosaccharide NomenclatureNomenclatureO-glycan NomenclatureOligosaccharide NomenclaturePolysaccharide Nomenclature
This Viewpoint article addresses comments made on our original article describing a symbolic system for the depiction of N- and O-linked carbohydrate structures and proposes a method for extending the symbol set to include monosaccharides commonly found in carbohydrates present in bacteria and plants. As before, basic monosaccharides are shown by shape with one or more additions such as solid fill or additions of lines, crosses or dots to represent functional groups. The use of colour to differentiate constituent monosaccharides is avoided, thus enabling the system to be used in a variety of formats. Linkage and anomericity are shown by the angle and type of line connecting the symbols. In this extended version, new symbols are proposed for additional hexoses and it is proposed that pyranose and furanose forms of the monosaccharides could be shown by solid or broken outlines to the symbols. Conventions for depicting the presence of multiple functional groups such as deoxy-(NH(2))(2) are also discussed. It is hoped that these proposals will stimulate discussion so that a consensus can be reached as to how the glycobiology community can best convey complex information in a simple manner.
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Sean Munro · Trends in Cell Biology · 2000 · 968 citations
Stuart Kornfeld, E. Li, Ira Tabas · Journal of Biological Chemistry · 1978 · 334 citations · Full text