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. Author manuscript; available in PMC: 2014 Dec 10.
Published in final edited form as: J Chem Theory Comput. 2013 Dec 10;9(12):5430–5449. doi: 10.1021/ct400781b

Table 1.

Peptides and Proteins subjected to MD simulations.

Protein PDB ID/Reference Box size (Å) ions Simulation details
(Ala)5 -- 31.8 -- Hamiltonian Replica Exchange
Acetyl-(Ala)7-amide -- -- Gas-Phase Temp. Replica Exchange
A) GB1 hairpin (residues 41–56 of protein G 100 ns MD with C36 FF
GEWTYDDATKTFTVTE 50.0 -- 150 ns MD with Drude FF
B) Dimeric coiled coil, 2×21 aa 58.7 0.15 M KCl 200 ns MD with C36 FF5
1u0i132 100 ns with Drude FF
C) Crambin, 46 aa 52.0 -- 100 ns with C36 FF
1ejg133 2 × 100 ns with Drude FF
D) Protein GB1 domain, 56 aa 56.7 K+ 100 ns with C36 FF
1p7e134 100 ns with Drude FF
E) Cold-shock protein A, 69 aa 52.4 K+ 100 ns with C36 FF
1mjc135 100 ns with Drude FF
F) Ubiquitin, 76 aa 58.4 -- 100 ns with C36 FF
1ubq136 100 ns with Drude FF
G) Circular permutant of ribosomal proteion S6, 77 aa 100 ns with C36 FF
3zzp137 61.0 Na+ 2×100 ns with Drude FF
H) DNA methyltransferase associated protein (DMAP1) 100 ns with C36 FF
4iej (to be published), 93 aa, 59.0 -- 2 ×100 ns with Drude FF
I) PDZ domain from tight junction regulatory protein, 94 aa 100 ns with C36 FF
3vqf (to be published) 58.0 Na+ 2 ×100 ns with Drude FF
J) Lysozyme, 129 aa 69.8 Cl 200 ns with C36 FF
135l138 93 and 100 ns with Drude FF
K) Fatty acid binding protein, 132 aa 63.4 -- 100 ns with C36 FF
1ifc139 100 ns with Drude FF
L) Dethiobiotin synthase, 224 aa 72.4 Na+ 90 ns with C36 FF
1byi140 2 × 90 ns with Drude FF

-- indicates no ions or periodic conditions were not used. Number of counterions added were enough the neutralize the system unless the concentration is presented.