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. Author manuscript; available in PMC: 2010 Oct 13.
Published in final edited form as: J Chem Theory Comput. 2009 Oct 13;5(10):2909–2923. doi: 10.1021/ct900262t

Table 2.

Cross-docking accuracy for a rigid receptor compared to 8 flexible receptor models.

Name for
Protein Model
N Degrees
of Freedom
Description best pose
≤ 2.0 Å
(%)
best pose
≤ 3.0 Å
(%)
any of top 5
≤ 2.0 Å
(%)
any of top 5
≤ 3.0 Å
(%)
Rigid Receptor 1 0 Start with “swapped conf.” 15 24 38 51
Rigid Receptor 2 0 Start with “best rotation” 15 24 25 38
Rigid Receptor 1 0 Rescore with flex receptor LIE1 21 31 37 49

TAMD model 1 271 flex side chains only 40 58 61 85
TAMD model 2 295 1 flex loop + flex side chains 37 60 76 97
TAMD model 3 317 2 flex loops + flex side chains 35 51 84 94
TAMD model 4 430 6 flex backbone segments 31 51 60 84
TAMD model 5 514 4 flex backbone seg. 26 44 56 86
TAMD model 6 604 2 flex larger backbone seg. 26 47 58 83
TAMD model 7 720 1 huge flex backbone seg. 20 41 59 84
TAMD model 8 1,639 entire protein flexible 10 30 48 80

MD model 2 2,817 1 flex loop + flex side chains 35 65 65 88
MD model 3 3,030 2 flex loops + flex side chains 33 56 71 91
MD model 4 4,149 6 flex backbone segments 27 50 60 84
MD model 8 16,788 entire protein flexible 12 27 44 82