Identification of putative rhamnogalacturonan-II specific glycosyltransferases in Arabidopsis using a combination of bioinformatics approaches
A Voxeur, A André, C Breton, P Lerouge - PLoS One, 2012 - journals.plos.org
Rhamnogalacturonan-II (RG-II) is a complex plant cell wall polysaccharide that is composed
of an α (1, 4)-linked homogalacturonan backbone substituted with four side chains. It exists
in the cell wall in the form of a dimer that is cross-linked by a borate di-ester. Despite its
highly complex structure, RG-II is evolutionarily conserved in the plant kingdom suggesting
that this polymer has fundamental functions in the primary wall organisation. In this study, we
have set up a bioinformatics strategy aimed at identifying putative glycosyltransferases (GTs) …
of an α (1, 4)-linked homogalacturonan backbone substituted with four side chains. It exists
in the cell wall in the form of a dimer that is cross-linked by a borate di-ester. Despite its
highly complex structure, RG-II is evolutionarily conserved in the plant kingdom suggesting
that this polymer has fundamental functions in the primary wall organisation. In this study, we
have set up a bioinformatics strategy aimed at identifying putative glycosyltransferases (GTs) …
[PDF][PDF] Identification of Putative Rhamnogalacturonan-II Specific Glycosyltransferases in Arabidopsis Using a
A Voxeur, A André, C Breton, P Lerouge - 2012 - pdfs.semanticscholar.org
Abstract Rhamnogalacturonan-II (RG-II) is a complex plant cell wall polysaccharide that is
composed of an o (1, 4)-linked homogalacturonan backbone substituted with four side
chains. It exists in the cell wall in the form of a dimer that is cross-linked by a borate di-ester.
Despite its highly complex structure, RG-II is evolutionarily conserved in the plant kingdom
suggesting that this polymer has fundamental functions in the primary wall organisation. In
this study, we have set up a bioinformatics strategy aimed at identifying putative …
composed of an o (1, 4)-linked homogalacturonan backbone substituted with four side
chains. It exists in the cell wall in the form of a dimer that is cross-linked by a borate di-ester.
Despite its highly complex structure, RG-II is evolutionarily conserved in the plant kingdom
suggesting that this polymer has fundamental functions in the primary wall organisation. In
this study, we have set up a bioinformatics strategy aimed at identifying putative …
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