Skip to main content
. Author manuscript; available in PMC: 2015 Jun 16.
Published in final edited form as: J Chem Theory Comput. 2015 Mar 20;11(5):2292–2306. doi: 10.1021/ct501031m

Table 2.

Partition function calculation results. EPIC was performed with SAPE in all cases. As in Table 1, EPIC solved all cases, and cases for which A* without EPIC did not finish are denoted by .

Protein name PDB code Mutable residue count A* speedup due to EPICa A* speedup due to partialb
Histidine triad protein 2cs7 14 >48.48 1.52
Ponsin 2o9s 14 >1131 0.96
Transcriptional regulator AhrC 2p5k 11 >256.0 1.34
Scytovirin 2qsk 10 5698.04 1.01
Hemolysin 2r2z 12 >217.7 1.24
Dihydrofolate reductase 2rh2 14 >50.45 2.16
Putative monooxygenase 2ril 8 1121.34 1.01
alpha-crystallin 2wj5 15 >29.06 0.80
Cytochrome c555 2zxy 14 >8.87 3.32
High-potential iron-sulfur protein 3a38 13 >1916 1.40
ClpS protease adaptor 3dnj 12 >50.25 0.93
Putative monooxygenase 3fgv 10 >9639 1.57
Protein G 3fil 14 >1475 1.31
Viral capsid 3g21 15 >7.84 1.21
dpy-30-like protein 3g36 4 211.87 0.91
Hfq protein 3hfo 10 >194.8 1.45
Cold shock protein 3i2z 14 >872.8 1.24
Trypsin 3pwc 10 >624.2 1.04
Trypsin 3pwc 11 >131.8 2.07

A* without EPIC did not finish within the time limit, so we report a lower bound on the speedup: the ratio of the time limit (17 days) to the A* time with EPIC.

a

Ratio of total A* time without EPIC vs. total A* time with EPIC and minimization of partial conformations.

b

Ratio of total A* time with EPIC but no minimization of partial conformations vs. total A* time with EPIC and minimization of partial conformations.