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. 2006 Aug 13;34(17):e112. doi: 10.1093/nar/gkl480

Table 1.

Inclusion of obligate terms has greatest impact in low identity regime

Identity (%) Targets Threshold Accuracy Completeness
Better Unchanged Worse Better Unchanged Worse
0–5 22 0.05 3 18 1 4 17 1
0.10 2 19 1 3 18 1
0.20 1 21 0 1 21 0
5–10 69 0.05 11 49 9 10 45 14
0.10 7 57 5 5 58 6
0.20 3 65 1 3 64 2
10–15 58 0.05 11 38 9 10 38 10
0.10 5 47 6 4 46 8
0.20 1 53 4 1 55 2
15–20 47 0.05 5 38 4 4 40 3
0.10 3 41 3 2 43 2
0.20 2 43 2 1 44 2
20–25 35 0.05 1 32 2 1 32 2
0.10 1 33 1 1 34 0
0.20 0 35 0 0 35 0
25–30 27 0.05 3 23 1 2 25 0
0.10 0 27 0 0 27 0
30–35 20 0.05 0 20 0 0 20 0
35–40 15 0.05 0 15 0 0 15 0

Evaluation of accuracy and completeness for K*Sync default alignments accomplished both with and without obligateness terms on SCOP1.38 test set. Targets are grouped into 5% identity bins, as in Figure 2. The number of ‘targets’ in each bin is reported. Also shown is the number of targets that have alignments that change in quality as a result of inclusion of the obligate terms with default weights. Change is defined as having an ‘accuracy’ or ‘completeness’ deviating by more than a given threshold than that of the default alignment without obligate terms, and are categorized as ‘better’, ‘unchanged’ or ‘worse’.