Fig. 5: Glycoproteomics analysis identifies altered glycosylation in bzu3 mutants. | Nature Communications

Fig. 5: Glycoproteomics analysis identifies altered glycosylation in bzu3 mutants.

From: A maize epimerase modulates cell wall synthesis and glycosylation during stomatal morphogenesis

Fig. 5: Glycoproteomics analysis identifies altered glycosylation in bzu3 mutants.The alternative text for this image may have been generated using AI.

a The patterns of N-glycans are affected by BZU3 mutation. b Monosaccharides composition of N-glycans is also affected by BZU3 mutation. c Gene ontology enrichment of genes based on the glycoproteomics results. d Site-specific identification of N-glycopeptide PAN2_VLDISTNNFSGPLPAAVSK (01Y(31 F)41Y41M(31 M21Y)(21X)61 M21Y). e Site-specific identification of N-glycopeptide GT14_NFTVNNYLR (01Y41Y41M(31M)(21X)61M). f Site-specific identification of N-glycopeptide FUT_SFPLWNFSFDTRPQ (01Y(31 F)41Y41M(31 M)(21X)61M21Y). Blue square: Y, GlcNAc; Green circle: M, Mannose; Red triangle: F, Fucose; Orange pentagram: X, Xylose. PAN2: Zm00001d007862, GT14: Zm00001d008513, FUT: Zm00001d014505. Source data are provided as a Source Data file.

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