Table 2 Polyisoprenol-related pathways used in this analysis and respective literature
From: The multiple evolutionary origins of the eukaryotic N-glycosylation pathway
N-glycosylation | Eukaryotes (S. cerevisiae) | |
GPI synthesis | Eukaryotes (S. cerevisiae) | |
O-mannosylation | Eukaryotes (H. sapiens) | KEGG: http://www.genome.jp/kegg/ [87] |
N-glycosylation | Archaea (S. acidocaldarius) | [45] |
N-glycosylation | Archaea (M. maripaludis) | |
N-glycosylation | Archaea (M. voltae) | |
N-glycosylation | Archaea (A. fulgidus) | [50] |
N-glycosylation | Archaea (H. volcanii) | |
N-glycosylation | Archaea (H. volcanii, alternative) | [113] |
N-glycosylation | Bacteria (C. jejuni) | [43] |
Peptidoglycan synthesis | Bacteria (E. coli) | [114] |
LPS synthesis (ABC transporter) | Bacteria (E.coli) | [115] |
LPS synthesis (wzy-dependent) | Bacteria (S. enterica) | [115] |
Wall teichoic acids | Bacteria (B. subtilis) | [116] |
O-glycosylation | Bacteria (N. gonorrhoae) | [117] |
O-glycosylation | Bacteria (G. stearothermophilus) | [118] |
Tyrosine O-glycosylation | Bacteria (P. alvei) | [101] |
Enterobacterial common antigen | Bacteria (E. coli) | [119] |
Capsule synthesis | Bacteria (E. coli) | [120] |
EPS - xanthan | Bacteria (X. campestris) | [121] |
EPS - succinoglycan | Bacteria (R. meliloti) | [122] |
EPS | Bacteria (L. lactis) | [73] |