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. 2003 Aug;85(2):1145–1164. doi: 10.1016/S0006-3495(03)74551-2

TABLE 3.

Lowest energies found in test simulations of different algorithms and move sets

Simple move set Combined move set§
E1
Emin
E1
Emin
IP* N PHS** RS†† PHS RS PHS RS PHS RS
1ppt_ 36 −676.9 −666.4 −704.2 −699.2 −700.8 −700.2 −713.1 −712.2
1eq7A 56 −1123.6 −1091.1 −1147.5 −1116.0 −1140.3 −1131.8 −1170.7 −1168.7
2cdx_ 60 −1047.4 −1032.9 −1116.6 −1111.2 −1062.1 −1082.1 −1149.1 −1154.6
1aiw_ 62 −1144.7 −1130.3 −1199.8 −1177.5 −1149.0 −1176.9 −1205.9 −1220.1
1ail_ 70 −1534.0 −1505.0 −1594.0 −1554.1 −1583.8 −1571.6 −1642.8 −1612.3
1kp6A 79 −1669.0 −1658.5 −1725.5 −1731.8 −1669.8 −1669.7 −1734.7 −1737.9
1npsA 88 −1719.0 −1714.1 −1799.5 −1797.6 −1745.3 −1747.8 −1835.6 −1843.6
1fna_ 91 −1924.1 1945.2 −2018.4 −2018.8 −1984.9 −1986.6 −2068.2 −2077.7
1t1dA 100 −2152.1 −2142.5 −2265.5 −2281.0 −2188.5 −2163.3 −2288.7 −2279.5
1tul_ 102 −1836.1 −1809.9 −1950.3 −1925.2 −1940.1 −1928.7 −2022.0 −2042.0
1bkf_ 107 −1769.5 −1730.9 −1895.6 −1842.9 −1867.7 −1867.6 −1989.3 −1971.8
2mcm_ 112 −1902.8 −1861.1 −2025.5 −1986.9 −1912.8 −1910.7 −2109.9 −2109.3
1dhn_ 121 −2621.5 −2600.6 −2740.5 −2694.6 −2647.5 −2646.7 −2733.0 −2734.3
1bfg_ 126 −2231.5 −2157.8 −2407.4 −2352.9 −2297.4 −2298.2 −2410.3 2411.0
1lid_ 131 −2527.2 −2467.7 −2699.2 −2638.9 −2618.7 −2603.2 −2708.4 −2701.6
1f4pA 147 −3516.3 −3534.8 −3673.8 −3663.2 −3555.0 −3555.2 −3703.7 −3701.1
2i1b_ 153 −2856.9 −2852.3 −3038.2 −3011.1 −2918.9 −2905.7 −3110.6 −3101.2
1qstA 160 −3483.0 −3481.5 −3708.8 −3689.0 −3533.7 −3532.3 −3727.2 −3701.8
1koe_ 172 −3029.0 −2974.4 −3225.2 −3167.9 −3081.4 −3069.4 −3278.5 −3255.2
1amm_ 174 −2877.3 −2758.6 −3129.0 −3003.1 −3027.1 −3007.0 −3288.9 −3217.3
〈⋯〉 −2081.9 −2055.8 −2203.2 −2173.1 −2131.2 −2127.7 −2244.5 −2237.7

The underlines denote the lower energies between PHS and RS simulations.

*

PDB code of test proteins.

Length of test protein.

Simulations using only basic 2- and 3-bond movements.

§

Simulations using all the movements in the text.

The average energy in the trajectory of the lowest-temperature replica.

The lowest energy found in the simulation.

**

Parallel hyperbolic sampling method.

††

Replica sampling method.