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. 2012 Jul 9;7(7):e40155. doi: 10.1371/journal.pone.0040155

Table 6. Comparative performances of existing well-known glycosylation prediction tools and GlycoPP models on independent dataset of prokaryotic glycoproteins.

Prediction of N-glycosites
Models (Threshold) NetNglyc1 (0.5) EnsembleGly3 (0.7) GlycoPP-BPP (−0.1) GlycoPP-CPP (0.3) GlycoPP-PPP (−0.2) GlycoPP-BPP+ASA
Sensitivity (%) 88.89 94.44 89.47 68.42 78.95 89.47
Specificity (%) 25.00 11.36 73.68 73.68 73.68 84.21
Accuracy (%) 43.55 35.48 81.58 71.05 76.32 86.84
MCC (%) 0.15 0.09 0.64 0.42 0.53 0.74
Prediction of O-glycosites
Models NetOGlyc2 (0.1) EnsembleGly3 (0.3) GlycoPP-BPP (0.2) GlycoPP-CPP (0.2) GlycoPP-PPP (0) GlycoPP-PPP+ASA
Sensitivity (%) 100.00 6.67 72.13 72.55 77.05 81.97
Specificity (%) 3.19 93.05 73.77 68.18 70.49 70.49
Accuracy (%) 8.27 88.28 72.95 70.36 73.77 76.23
MCC (%) 0.04 0.00 0.46 0.41 0.48 0.53

Footnotes: 1: http://www.cbs.dtu.dk/services/NetNGlyc/, 2: http://www.cbs.dtu.dk/services/NetOGlyc-3.0/, 3: http://turing.cs.iastate.edu/EnsembleGly/, BPP- Binary profile of patterns, CPP- Composition profile of patterns, PPP- PSSM profile of patterns, MCC- Matthews correlation coefficient, AUC- Area under curve, SS-secondary structure and ASA- Accessible surface area.