Type of publication:
Type of document:
West, CM; Malzl, D; Hykollari, A; Wilson, IBH
Glycomics, glycoproteomics, and glycogenomics: An inter-taxa evolutionary perspective.
Molecular and Cellular Proteomics 2021; 20: 2263
Authors Vetmeduni Vienna:
Vetmed Research Units
Research Institute of Wildlife Ecology
Phosphorylated N-glycan epitopes in simple organisms
- Glycosylation is a highly diverse set of co- and posttranslational modifications of proteins. For mammalian glycoproteins, glycosylation is often site-, tissue-, and species-specific and diversified by microheterogeneity. Multitudinous biochemical, cellular, physiological, and organismic effects of their glycans have been revealed, either intrinsic to the carrier proteins or mediated by endogenous reader proteins with carbohydrate recognition domains. Furthermore, glycans frequently form the first line of access by or defense from foreign invaders, and new roles for nucleocytoplasmic glycosylation are blossoming. We now know enough to conclude that the same general principles apply in invertebrate animals and unicellular eukaryotes-different branches of which spawned the plants or fungi and animals. The two major driving forces for exploring the glycomes of invertebrates and protists are (i) to understand the biochemical basis of glycan-driven biology in these organisms, especially of pathogens, and (ii) to uncover the evolutionary relationships between glycans, their biosynthetic enzyme genes, and biological functions for new glycobiological insights. With an emphasis on emerging areas of protist glycobiology, here we offer an overview of glycan diversity and evolution, to promote future access to this treasure trove of glycobiological processes.Copyright © 2021 The Authors. Published by Elsevier Inc. All rights reserved.