• 综述 •
彭诚, 吴乐云, 徐志建, 朱维良. 副本交换分子动力学[J]. 化学进展, 2022, 34(2): 384-396.
Cheng Peng, Leyun Wu, Zhijian Xu, Weiliang Zhu. Replica Exchange Molecular Dynamics[J]. Progress in Chemistry, 2022, 34(2): 384-396.
副本交换分子动力学(REMD)是一种广泛应用于蛋白质功能性构象变化模拟及相应自由能计算的增强型采样算法。由于REMD理论严格且采样效率高,近年来备受关注,尤其是针对传统REMD方法的发展和优化,显著提高了REMD的采样效率,拓展了其应用范围。但是各种REMD新型方法的最佳适用范围也存在较大区别,使得如何选用合适的REMD方法成为实际应用的难题和挑战。因此,有必要对各种REMD方法及其应用进行阐述,深入比较各方法的优缺点及其实际应用体系。本综述从REMD的原理出发,回顾了近年来各类REMD方法的变形策略,以助于对REMD方法的理解、应用和继续改进。
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Methods | CVs* | System | ref |
---|---|---|---|
RSE-MTD | dihedral angles, atomic distance, T | organic, peptide | |
w-REXAMD | dihedral boost parameters | organic, peptide | |
REUS/REST | Distance, potential energy(T) | protein-ligand | |
H-REMD/T-REMD | Restraint strength, T | RNA | |
ABMD+ REMD | Rg, T | organic | |
FEP/REST | λ,T | Protein-ligand | |
Tq-REM | q, T | peptide, protein | |
ossPTMetaD | NMA,T | protein-ligand, protein | |
Multidimensional REMD | pH, Ev, T | peptide |
Methods to improve the sampling efficiency of REMD | Examples | |
---|---|---|
1.Improve the approach and swapping rate of replica exchange | RPM, RSPM, Calvo’s all-pairs exchange, REMD-MSSA,infinite swapping REMD, DEWREM | |
2.Reduce the potential energy on exchange attempts | 1)Deal with the explicit solvent | hybrid REMD, kernel REMD, REMshH, vsREMD, hREMD |
2)Reduce the freedom of solute | PREMD, LREMD | |
3.Hamiltonians replica exchange molecular dynamics | 1)Adjust the formula of potential energy | H-REMD, vWREM, CREM, REX-TAMD, Q-REMD, REST1, REST2, REFT, gREST, FREM, MFREM, ResEx |
2)Adopted into other enhanced sampling algorithms | BE-MTD, essential dynamics, rex-GaMD, AMD, GaREUS, EDS, BP-REXMSλD | |
3)Multidimensional replica exchange molecular dynamics | RSE-MTD, w-REXAMD, REUS/REST, 2D REMD, ossPTMetaD, FEP/REST, ABMD-REMD, Tq-REM, Multidimensional REMD | |
4)Introducing physical parameters in simulations | V-REMD, surface-tension REMD, MSREMD, VTREMD | |
4.Adjust simulation process | 1)Change the way of temperature control | TIGER1, TIGER2, TIGER2h, TIGER2A, TIGER2hs, TIGER3, EE-REMD, CM-REMD, STMD, Modified REMD 1, Modified REMD 2 |
2)Adjust parameters in parallel replicas | Reservoir REMD, REDS, Convective REMD | |
3)Multilayer simulation in parallel replicas | MuSTAR MD, Multiplexed REMD, mQ-REMD | |
4)Adjust initial structures | NUMD+REMD, Onsager-Machlup/REMD | |
5.Change the sampling methods | Tsallis-REMD, RXSGLD, QM/MM-REMD, BOMD, SE-BOREMD, CPMD, ICMD, MCMD | |
6.Heterogeneous and distributed computing environment | gREMD, HaRE, ASyncRE |
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