Browse the eggs in PLUMED-NEST
PLUMED-NEST provides all the data needed to reproduce the results of a PLUMED-enhanced molecular dynamics simulation or analysis contained in a published paper. Furthermore, PLUMED-NEST monitors the compatibility of the provided PLUMED input files with the current and development versions of the code and integrates links from these files to the PLUMED manual.
Here is the list of projects already deposited in PLUMED-NEST, while a complete bibliography can be found here.
| plumID | Name | Category | Keywords | Contributor | Actions | Modules |
|---|---|---|---|---|---|---|
| 25.027 | Enhanced-sampling MD simulations of a protein-peptide complex integrating SAXS and XL-MS experimental information | bio | steered MD, metadynamics, SAXS, XL-MS, ensemble reconstruction | Mattia Bernetti | PRINT MOLINFO UPPER_WALLS GYRATION WHOLEMOLECULES METAD MOVINGRESTRAINT DISTANCE CENTER GROUP INCLUDE SAXS | colvar core generic bias isdb vatom |
| 25.023 | Molecular simulations of Tau-protein oligomers | bio | metadynamics, proteins, aggregation | Giovanni Bussi | PRINT RESTRAINT REWEIGHT_BIAS CONVERT_TO_FES RMSD CONTACTMAP METAD HISTOGRAM RESTART DUMPGRID FLUSH CUSTOM | setup colvar gridtools generic bias function |
| 25.017 | Product-stabilized filamentation by human glutamine synthetase allosterically tunes metabolic activity | bio | EMMIVox, cryo-EM, allostery, decamer, filament, ensemble refinement, glutamine synthetase | Samuel Hoff | PRINT MOLINFO WHOLEMOLECULES EMMIVOX BIASVALUE GROUP | generic core bias isdb |
| 25.011 | Chiral perovskite nucleation | chemistry | metadynamics, chiral perovskites, nucleation | Adriana Pietropaolo | PRINT MATHEVAL UPPER_WALLS PBMETAD MULTI_RMSD RESTART DISTANCE LOWER_WALLS UNITS | setup colvar generic bias function |
| 25.003 | Surrogate Model CV | methods | Metadynamics, OPES, Machine Learning, Collective Variable, Protein Folding | Sompriya Chatterjee | PRINT MATHEVAL ENDPLUMED TORSION MOLINFO ENERGY COMMITTOR WHOLEMOLECULES DISTANCE OPES_METAD GROUP CUSTOM PYTORCH_MODEL COMBINE | opes colvar core generic pytorch function |
| 24.029 | Combination of OPES and OPES-Explore | methods | OPES, OPES-Explore, Metadynamics, Protein Folding, Ligand Binding, Chignolin, Trypsin | Dhiman Ray | PRINT ENDPLUMED MOLINFO DISTANCE FLUSH PYTORCH_MODEL MATHEVAL COORDINATION LOWER_WALLS CUSTOM UNITS OPES_METAD_EXPLORE CONTACTMAP OPES_METAD CENTER GROUP INCLUDE POSITION FIT_TO_TEMPLATE ENERGY UPPER_WALLS RMSD WHOLEMOLECULES METAD FIXEDATOM BIASVALUE COMBINE | opes setup colvar core generic bias pytorch function vatom |
| 24.009 | Weighted Shape Gaussian Mixture Models | bio | metadynamics, clustering | Glen Hocky | PRINT TORSION METAD GROUP UNITS | setup colvar core generic bias |
| 23.027 | CmuMD simulations of NaCl(aq) at NaCl | chemistry | CmuMD, DFS, Q3, Pair Entropy | Aaron Finney | PRINT LOCAL_AVERAGE LOCAL_Q3 DENSITY CLUSTER_NATOMS RESTRAINT DFSCLUSTERING Q3 CONTACT_MATRIX HISTOGRAM COORDINATIONNUMBER FIXEDATOM AROUND DUMPGRID CLUSTER_DISTRIBUTION LOAD GROUP UNITS | setup adjmat clusters core gridtools generic volumes bias symfunc vatom |
| 23.019 | Exploring the binding pathway of novel non-peptidomimetic plasmepsin V inhibitors | bio | binding pathway, binding energy, sketch-map, drug development | Raitis Bobrovs | VORONOI PRINT COM UPPER_WALLS COLLECT_FRAMES SKETCHMAP_PROJECTION WHOLEMOLECULES METAD SKETCHMAP DISTANCE TRANSPOSE DISSIMILARITIES VSTACK LANDMARK_SELECT_FPS CUSTOM PATHMSD | colvar valtools bias landmarks generic matrixtools dimred function vatom |
| 23.011 | OneOPES, a combined enhanced sampling method to rule them all | bio | OPES, Replica Exchange, Multithermal, Ligand Binding, Protein Folding | Valerio Rizzi | OPES_METAD_EXPLORE PRINT ENDPLUMED ECV_MULTITHERMAL TORSION MOLINFO ENERGY OPES_EXPANDED METAD DISTANCE | opes colvar bias generic |
| 23.009 | Deep Learning Collective Variables from Transition Path Ensemble | methods | TPI-Deep-TDA, Deep-TDA, Transition Path, OPES, OPES Flooding, Machine Learning, Protein folding, Ligand binding | Dhiman Ray | PRINT ENDPLUMED MOLINFO DISTANCE PYTORCH_MODEL ANGLE MATHEVAL COMMITTOR COORDINATION LOWER_WALLS CUSTOM CONTACTMAP OPES_METAD CENTER GROUP INCLUDE FIT_TO_TEMPLATE ENERGY UPPER_WALLS RMSD WHOLEMOLECULES FIXEDATOM COMBINE | opes colvar core generic bias pytorch function vatom |
| 22.030 | Mixing physics across temperatures with generative artificial intelligence | methods | REMD, Generative AI, DDPM | Yihang Wang | WHOLEMOLECULES PRINT TORSION | generic colvar |
| 22.016 | Homogeneous ice nucleation in an ab initio machine learning model of water | chemistry | ice, water, nucleation, seeding, environment similarity, interfacial free energy, interfaces | Pablo Piaggi | PRINT ENERGY UPPER_WALLS VOLUME HISTOGRAM ENVIRONMENTSIMILARITY AROUND RESTART OPES_METAD DUMPGRID CUSTOM | opes envsim setup colvar gridtools generic bias volumes function |
| 22.015 | Enhancing the Inhomogeneous Photodynamics of Canonical Bacteriophytochrome | bio | photodynamics, bacteriophytochrome, variationally enhanced sampling | Jakub Rydzewski | PRINT OPT_AVERAGED_SGD VES_LINEAR_EXPANSION TORSION TD_UNIFORM BF_FOURIER | generic colvar ves |
| 22.009 | Glycosylation in calixarenes capsule | chemistry | Metadynamics, glycosylation, supramolecular catalysis | GiovanniMaria Piccini | PRINT ANGLE BRIDGE FIT_TO_TEMPLATE MATHEVAL UNITS UPPER_WALLS DISTANCES RMSD WHOLEMOLECULES COORDINATION METAD DISTANCE LOWER_WALLS FLUSH GROUP COMBINE | setup adjmat colvar core generic bias multicolvar function |
| 22.006 | Peptide framework for screening the effects of amino acids on assembly | bio | metadynamics, peptides | Andrew White | PRINT COM REWEIGHT_BIAS CONVERT_TO_FES DISTANCES GYRATION HISTOGRAM METAD DUMPGRID GROUP INCLUDE COMBINE | colvar core gridtools generic bias multicolvar function vatom |
| 21.050 | N-glycosylation of Trypanosoma congolense trans-sialidase modulates enzymatic activity | methods | bio | Isabell Louise Grothaus | PRINT DISTANCE CENTER | generic colvar vatom |
| 21.038 | Towards automated sampling of polymorph nucleation and free energies with SGOOP and metadynamics | materials | metadynamics, SGOOP, nucleation, urea | Ziyue Zou | PRINT ENERGY VOLUME COORDINATIONNUMBER METAD CENTER LOAD GROUP INCLUDE COMBINE | setup colvar core generic bias symfunc function vatom |
| 21.011 | CmuMD simulations of NaCl(aq) at graphite | chemistry | CmuMD, DFS clustering | Aaron Finney | PRINT RESTRAINT DENSITY CLUSTER_NATOMS DFSCLUSTERING MFILTER_MORE CONTACT_MATRIX COORDINATIONNUMBER FIXEDATOM AROUND MULTICOLVARDENS LOAD CLUSTER_DISTRIBUTION DUMPGRID GROUP | setup adjmat clusters core gridtools generic volumes bias multicolvar symfunc vatom |
| 20.027 | Allosteric Regulation of SARS-CoV-2 Protease. Towards Informed Structure-Based Drug Discovery | bio | SARS-CoV2, MPro, Covid-19, Molecular Dynamics, Metadynamics, Computer-Aided Drug Discovery | Khaled Abdel-Maksoud | METAD TORSION DISTANCE PRINT | bias colvar generic |
| 20.010 | Phase equilibrium of liquid water and hexagonal ice from enhanced sampling molecular dynamics simulations | materials | water, ice, TIP4P, crystallization, EnvironmentSimilarity, RefCV, kernel, VES, variationally enhanced sampling | Pablo Piaggi | PRINT BF_LEGENDRE OPT_AVERAGED_SGD MATHEVAL VES_LINEAR_EXPANSION OPT_DUMMY UPPER_WALLS VOLUME TD_WELLTEMPERED ENVIRONMENTSIMILARITY RESTART Q6 | ves symfunc envsim setup colvar generic bias function |
| 20.007 | Discovering loop conformational flexibility in T4lysozyme mutants through artificial intelligence aided molecular dynamics | bio | metadynamics, loop movement, artificial intelligence | Pratyush Tiwary | PRINT TORSION UPPER_WALLS MOLINFO RMSD WHOLEMOLECULES METAD RESTART DISTANCE COMBINE | setup colvar generic bias function |
| 20.002 | Exploring conformational dynamics of the extracellular Venus flytrap domain of the GABAB receptor, a path-metadynamics study | bio | Metadynamics, path CVs | Riccardo Ocello | PRINT MOLINFO UPPER_WALLS WHOLEMOLECULES METAD RESTART GROUP PATHMSD | setup colvar core generic bias |
| 19.076 | Efficient conversion of chemical energy into mechanical work by Hsp70 chaperones | bio | molecular chaperones, Hsp70, protein folding, non equilibrium thermodynamics | Salvatore Assenza | PRINT ENDPLUMED GYRATION MOVINGRESTRAINT UNITS | generic colvar setup bias |
| 19.072 | SINE hairpin MD+NMR | bio | metadynamics, RNA, NMR | Giovanni Bussi | PRINT COM MATHEVAL MAXENT TORSION MOLINFO WHOLEMOLECULES COORDINATION METAD DISTANCE SORT FLUSH INCLUDE | colvar generic bias function vatom |
| 19.056 | maze | methods | maze, ligand unbinding | Jakub Rydzewski | PRINT MAZE_LOSS MAZE_SIMULATED_ANNEALING MAZE_OPTIMIZER_BIAS POSITION UNITS | generic maze setup colvar |
| 19.041 | Molecular Driving Forces in Peptide Adsorption to Metal Oxide Surfaces | bio | metadynamics, collective variables, conformational changes, multiple walkers, Well-Tempered MetaD, peptide, binding, phosphorylation, post-transitional motif, sio2, adsorption | Jim Pfaendtner | PRINT COM ENERGY UPPER_WALLS METAD DISTANCE | generic colvar bias vatom |
| 19.024 | PT-MetaD-WTE | methods | metadynamics, WTE, trp cage, PT | Jim Pfaendtner | EXTERNAL ENERGY COORDINATION METAD GROUP | bias colvar core |
| 19.020 | PTMetaD-WTE simulation of the Ntail IDP | bio | metadynamics, IDPs, protein folding | Mattia Bernetti | PRINT ENDPLUMED MOLINFO ENERGY GYRATION WHOLEMOLECULES METAD ALPHARMSD | generic colvar bias secondarystructure |
| 19.016 | Succinnic acid gamma polymorph | materials | Succinnic acid, conformers, polymorphs, metadynamics | Matteo Salvalaglio | PRINT ENDPLUMED MATHEVAL TORSION ENERGY UPPER_WALLS VOLUME COMBINE METAD LOWER_WALLS CELL | generic function bias colvar |
| 25.030 | Committor Regularization | methods | metadynamics, enhanced sampling, mlcvs, committor, machine learning | Florian Dietrich | UNITS PRINT METAD MOVINGRESTRAINT | bias setup generic |
| 24.031 | DeepLNE | methods | PATHCV, OPES, OneOPES | Thorben Fröhlking | COORDINATION PYTORCH_MODEL PRINT OPES_METAD_EXPLORE ERMSD OPES_EXPANDED RESTART COMBINE ENERGY MOLINFO ECV_MULTITHERMAL VOLUME | generic colvar function setup pytorch opes |
| 24.020 | Graph Neural Network-State Predictive Information Bottleneck (GNN-SPIB) approach for learning molecular thermodynamics and kinetics | bio | LJ7, alanine, well-tempered metadynamics, infrequent metadynamics, machine learning | Ziyue Zou, Dedi Wang, Pratyush Tiwary | PRINT GROUP COMMITTOR METAD TORSION LOAD | generic colvar core setup bias |
| 24.016 | Cryo-EM guided simulations of ribozyme | bio | metainference, cryo-EM | Giovanni Bussi | PRINT GROUP RESTRAINT WHOLEMOLECULES ERMSD MOLINFO BIASVALUE INCLUDE EMMIVOX | isdb generic colvar core bias |
| 24.010 | Oxytocin metadynamics simulation | bio | metadynamics, oxytocin, peptide | Jan Beránek | PRINT WHOLEMOLECULES RESTART METAD FLUSH TORSION | colvar bias setup generic |
| 24.007 | SWISH-X | bio | swish-x, SWISH-X, swish, expanded SWISH | Alberto Borsatto | PRINT WHOLEMOLECULES UPPER_WALLS OPES_EXPANDED ENERGY MOLINFO ECV_MULTITHERMAL CONTACTMAP INCLUDE | colvar opes bias generic |
| 24.002 | Using Metadynamics to Reveal Extractant Conformational Free Energy Landscapes | chemistry | metadynamics, ligand design, solvent extraction | Xiaoyu Wang | PRINT RESTART METAD UNITS TORSION | colvar bias setup generic |
| 23.044 | Synthesis of C60/[10]CPP-Catenanes by Regioselective, Nanocapsule-Templated Bingel Bis-Addition | materials | metadynamics, interlocked molecules | Luigi Leanza | COORDINATION PRINT GROUP HISTOGRAM CONVERT_TO_FES METAD COMMITTOR READ DUMPGRID ENDPLUMED | generic colvar gridtools core bias |
| 23.039 | Thermodynamically inspired machine-learned reaction coordinates for hydrophobic ligand dissociation | chemistry | metadynamics, ligand dissociation | Eric Beyerle | PRINT RESTRAINT DISTANCE DUMPMASSCHARGE CENTER COMBINE MOLINFO METAD UPPER_WALLS FIXEDATOM | vatom generic colvar function bias |
| 23.038 | Determinants of Neutral Antagonism and Inverse Agonism in the β2-adrenergic receptor | bio | protein coupled receptor, beta-adrenergic, receptor activation, antagonism, inverse agonism, metadynamics | Timothy Clark | PRINT MATHEVAL WHOLEMOLECULES DISTANCE RMSD MOLINFO METAD | colvar bias function generic |
| 23.032 | Acceleration of Molecular Simulations by Parametric Time-Lagged tSNE Metadynamics | bio | metadynamics, tSNE, neural network, machine learning, trp-cage, folding | Vojtech Spiwok | PRINT ALPHARMSD WHOLEMOLECULES FIT_TO_TEMPLATE COMBINE MOLINFO METAD POSITION ANN | secondarystructure generic colvar function annfunc bias |
| 23.016 | Activation/deactivation free-energy profiles for the β2-adrenergic receptor: Ligand modes of action | bio | G protein coupled receptor, beta-adrenergic, receptor activation, partial agonism, metadynamics | Timothy Clark | PRINT HISTOGRAM MATHEVAL WHOLEMOLECULES DISTANCE RMSD CONVERT_TO_FES MOLINFO METAD REWEIGHT_METAD READ DUMPGRID | generic colvar function gridtools bias |
| 23.006 | Transcription factor unbinding | bio | metadynamics, DNA, conformational changes | Malin Lüking | PRINT ALPHARMSD DISTANCE DUMPFORCES COM MOLINFO ANGLE METAD CONTACTMAP | vatom secondarystructure generic colvar bias |
| 23.005 | A general metadynamics protocol to simulate activation/deactivation of Class A GPCRs | bio | metadynamics, activation/deactivation, activation index, GPCRs, 5HT1A | Timothy Clark | PRINT HISTOGRAM MATHEVAL WHOLEMOLECULES DISTANCE RMSD CONVERT_TO_FES MOLINFO METAD REWEIGHT_METAD READ DUMPGRID | generic colvar function gridtools bias |
| 23.002 | Critical comparison of general-purpose collective variables for crystal nucleation | methods | metadynamics, umbrella sampling, commitor, entropy, PIV | Julien Lam | PIV PRINT LOCAL_AVERAGE RESTRAINT PAIRENTROPY Q4 CUSTOM ENERGY METAD Q6 UNITS UPPER_WALLS VOLUME FUNCPATHMSD | piv generic colvar gridtools function setup bias symfunc |
| 22.040 | From Closed to Open. Omicron Mutations Increase Interdomain Interactions and Reduce Epitope Exposure | bio | SARS-CoV-2, Spike, Omicron | Miłosz Wieczór | PRINT WHOLEMOLECULES LOWER_WALLS METAD PCAVARS UPPER_WALLS | bias mapping generic |
| 22.036 | Well-tempered MetaDynamics with Hamiltonian Replica Exchange on Holliday Junction | bio | Well-tempered MetaDynamics with Hamiltonian Replica Exchange | Miroslav Krepl | COORDINATION PRINT GROUP CUSTOM GHBFIX COMBINE MOLINFO BIASVALUE METAD FLUSH UPPER_WALLS LOAD | generic colvar function core setup bias |
| 22.019 | Exploring aspartic protease inhibitor binding to design selective antimalarials | bio | ligand binding, loop opening, path CV, funnel metadynamics, drug development | Raitis Bobrovs | FUNNEL_PS PRINT WHOLEMOLECULES DISTANCE LOWER_WALLS FUNNEL COM METAD PATHMSD UPPER_WALLS | vatom generic colvar funnel bias |
| 22.017 | Water regulates the residence time of Benzamidine in Trypsin | bio | ligand binding, water, opes, benzamidine trypsin, unbinding rates, machine learning, Deep-LDA, Deep-TICA | Narjes Ansari | COORDINATION PYTORCH_MODEL PRINT FIXEDATOM GROUP MATHEVAL WHOLEMOLECULES DISTANCE RMSD CUSTOM CENTER LOWER_WALLS FIT_TO_TEMPLATE COMMITTOR UPPER_WALLS OPES_METAD | vatom generic colvar function core pytorch opes bias |
| 22.002 | GAMBES_SAMPL5_RATES | other | GAMBES, SAMPL5, Rates, Dynamics, Mechanism, Unbinding | Jayashrita Debnath | COORDINATION PYTORCH_MODEL PRINT FIXEDATOM GROUP MATHEVAL WHOLEMOLECULES DISTANCE CENTER FIT_TO_TEMPLATE ENERGY COMMITTOR FLUSH UPPER_WALLS ANGLE LOAD ENDPLUMED | vatom generic colvar function core setup pytorch bias |
| 21.052 | On the Role of Solvent in the Formation of Vacancies on Ibuprofen Crystal Facets | materials | Ibuprofen, unbinding, WTmetaD | Matteo Salvalaglio | PRINT DISTANCE CENTER COMMITTOR METAD TORSION COORDINATIONNUMBER ENDPLUMED | vatom generic colvar bias symfunc |
| 21.043 | Predicting the Conformational Variability of Oncogenic GTP-bound G12D Mutated KRas-4B Proteins at Cell Membranes | chemistry | well-tempered metadynamics, KRas-4B, anionic membrane, conformational variability | Huixia Lu | PRINT FIT_TO_TEMPLATE METAD TORSION FIXEDATOM | vatom colvar bias generic |
| 21.042 | Peptoid-mediated Au nanocrystal growth | materials | parallel-bias metadynamics, peptoid, Au | Xin Qi | GYRATION PRINT DISTANCE PBMETAD COM MOLINFO UPPER_WALLS | vatom colvar bias generic |
| 21.032 | Metal-coupled folding mechanism to metallothionein | bio | parallel bias metadynamics, well tempered metadynamics, metal binding, metalloprotein, zinc coordination | Manuel-Peris Diaz | COORDINATION GROUP WHOLEMOLECULES PBMETAD UNITS | generic colvar core setup bias |
| 21.027 | EGFR activating mutations mechanism | bio | metadynamics, well-tempered ensemble, Parallel-tempering, EGFR, L858R, A763-Y764insFQEA, D770-N771insNPG, Delta-ELREA | Francesco Gervasio | PRINT ALPHARMSD MATHEVAL WHOLEMOLECULES DISTANCE LOWER_WALLS ENERGY MOLINFO METAD UPPER_WALLS CONTACTMAP INCLUDE | secondarystructure generic colvar function bias |
| 21.026 | Probing allosteric regulations with coevolution-driven molecular simulations | bio | metadynamics, coevolution, allostery, adenylate cyclase | Francesco Colizzi | PRINT WHOLEMOLECULES DISTANCE COM METAD PATHMSD UNITS UPPER_WALLS | vatom generic colvar setup bias |
| 21.005 | Crystallization Collective Variable | methods | Crystallization, Collective Variable, OPES, Structure Factor, Phase transitions, Deep-LDA | Tarak Karmakar | PYTORCH_MODEL PRINT GROUP MATHEVAL LOWER_WALLS FLUSH UPPER_WALLS LOAD OPES_METAD | generic function core setup pytorch opes bias |
| 20.015 | Rational design of ASCT2 inhibitors using an integrated experimental-computational approach | bio | ASCT2 transporter, small-molecules, cryo-EM, metainference | Max Bonomi | PRINT GROUP WHOLEMOLECULES MOLINFO BIASVALUE DUMPATOMS LOAD EMMIVOX | isdb generic core setup bias |
| 20.001 | Conformational stability and dynamics in solution and in crystals report similarly on unfolding and aggregation propensity of amyloidogenic proteins | bio | metainference, metadynamics, NMR, protein dynamics, b2m, protein crystals | Carlo Camilloni | PRINT GROUP WHOLEMOLECULES ANTIBETARMSD PBMETAD LOWER_WALLS MOLINFO BIASVALUE ALPHABETA FLUSH UPPER_WALLS CS2BACKBONE ENDPLUMED | isdb secondarystructure generic core multicolvar bias |
| 19.071 | Time-independent free energies from metadynamics via Mean Force Integration | methods | metadynamics, mean force integration, MFI, thermodynamic integration | Matteo Salvalaglio | PRINT HISTOGRAM MATHEVAL DISTANCE CONVERT_TO_FES REWEIGHT_BIAS EXTERNAL BIASVALUE METAD COMMITTOR REWEIGHT_METAD TORSION READ DUMPGRID | generic colvar function gridtools bias |
| 19.061 | Diffusion in porous materials | materials | metadynamics, porous materials, diffusion | Kim E. Jelfs | PRINT GROUP DISTANCE CENTER RESTART LOWER_WALLS COM METAD UPPER_WALLS | vatom generic colvar core setup bias |
| 19.051 | Solid liquid interfacial free energy out of equilibrium | materials | metadynamics, nucleation, surface excess free energy | Gareth Tribello | PRINT AROUND LOWER_WALLS CELL METAD UNITS UPPER_WALLS FCCUBIC ENDPLUMED | generic colvar setup volumes bias symfunc |
| 19.042 | Harmonic Linear Discriminant Analysis (HLDA) | methods | metadynamics, chemistry, HLDA | GiovanniMaria Piccini | PRINT DISTANCE COMBINE ENERGY METAD FLUSH UNITS UPPER_WALLS | generic colvar function setup bias |
| 19.038 | native state dynamics of human and mouse b2m | bio | metainference, NMR, chemical shifts, metadynamics, protein dynamics, aggregation | Carlo Camilloni | PRINT GROUP WHOLEMOLECULES ANTIBETARMSD PBMETAD RESTART LOWER_WALLS MOLINFO BIASVALUE ALPHABETA FLUSH UPPER_WALLS CS2BACKBONE ENDPLUMED | isdb secondarystructure generic core multicolvar setup bias |
| 19.036 | Thermodynamics and kinetics of G protein-coupled receptor activation | bio | metadynamics, allostery, receptor conformation, GPCR, pharmacology | Davide Provasi | PRINT WHOLEMOLECULES DISTANCE FUNCPATHMSD RMSD COM METAD CONTACTMAP ENDPLUMED | vatom generic colvar function bias |
| 19.026 | Ice Nucleation on Cholesterol Crystals | materials | forward flux sampling, crystal nucleation, water, ice, organic crystals | Gabriele Cesare Sosso | MFILTER_MORE CLUSTER_NATOMS DFSCLUSTERING LOCAL_Q6 CLUSTER_WITHSURFACE COMMITTOR FLUSH Q6 OUTPUT_CLUSTER CONTACT_MATRIX ENDPLUMED | generic clusters multicolvar adjmat symfunc |
| 19.021 | Coarse-Grained Directed Simulation | methods | experiment directed simulation, coarse-grain, bias | Glen Hocky | PRINT RESTRAINT DISTANCE COMBINE EDS TORSION | generic colvar function eds bias |
| 19.000 | VesDeltaF | methods | VES, convergence, suboptimal CVs | Michele Invernizzi | PRINT RESTART ENERGY VES_DELTA_F METAD POSITION UNITS TORSION LOAD ENDPLUMED | generic colvar ves setup bias |
| 26.005 | Cryptic pocket discovery in Alzheimer disease risk proteins BIN1, PICALM, and CD2AP via well-tempered metadynamics | methods | cryptic pockets, Alzheimer disease, BIN1, PICALM, CD2AP, well-tempered metadynamics, endocytosis, clathrin-mediated trafficking, virtual screening | Cagrı Ozkurt | ANGLE WHOLEMOLECULES DISTANCE METAD PRINT | bias colvar generic |
| 26.001 | Molecular simulations Alx riboswitch | bio | RNA, riboswitch | Giovanni Bussi | ERMSD DISTANCE MOLINFO RESTRAINT MOVINGRESTRAINT PRINT MATHEVAL | function bias colvar generic |
| 25.029 | Energetic Constraints in the Enzymatic Depolymerization of Crystalline PET from enhanced molecular simulations | bio | HREX-Metadynamics, PETase, crystalline PET, amorphous PET, conformational ensembles, substrate binding, chain detachment | Ania Di Pede-Mattatelli and Francesco Colizzi | HISTOGRAM UPPER_WALLS WHOLEMOLECULES DUMPGRID DISTANCE COM FIXEDATOM REWEIGHT_BIAS MOLINFO METAD PRINT LOWER_WALLS CONVERT_TO_FES | bias vatom gridtools colvar generic |
| 25.009 | Ab Initio Multiple Walkers Metadynamics Simulations of Nitrate Photolysis in Water | chemistry | metadynamics, nitrate photolysis | Kam-Tung Chan | HISTOGRAM GROUP FLUSH UPPER_WALLS CUSTOM DUMPGRID COORDINATION READ DISTANCE RESTART METAD REWEIGHT_METAD PRINT | function bias core gridtools colvar setup generic |
| 24.026 | Constant pH metadynamics of RNA oligomers | bio | metadynamics, pH, RNA | Giovanni Bussi | RESTART MOLINFO PUCKERING METAD TORSION PRINT | bias setup colvar generic |
| 24.011 | Computing the Committor with the Committor, an Anatomy of the Transition State Ensemble | methods | committor, machine learning | Peilin Kang | CUSTOM POSITION TORSION GROUP DISTANCE BIASVALUE INCLUDE UNITS MATHEVAL UPPER_WALLS COORDINATION LOAD MOLINFO ENERGY PRINT ENDPLUMED CELL RMSD WHOLEMOLECULES LOWER_WALLS | function bias core colvar setup generic |
| 24.006 | Water vapor condensation | chemistry | metadynamics, homogeneous condensation, chemical potential | Shenghui Zhong | CONTACT_MATRIX CLUSTER_PROPERTIES UPPER_WALLS CLUSTER_NATOMS METAD PRINT UNITS DFSCLUSTERING COORDINATIONNUMBER | bias symfunc clusters adjmat setup generic |
| 24.004 | Enhanced sampling of Crystal Nucleation with Graph Representation Learnt Variables | materials | metadynamics, nucleation, machine learning | Ziyue Zou | GROUP LOAD RESTART INCLUDE METAD PRINT | generic bias setup core |
| 23.045 | Minute-timescale simulations of G Protein Coupled Receptor A2A activation mechanism reveal a receptor pseudo-active state | bio | Path CVs Metadynamics, GPCRs activation transition | Vittorio Limongelli | ALPHARMSD CONTACTMAP UPPER_WALLS FUNCPATHMSD DISTANCE PATHMSD MOLINFO INCLUDE METAD PRINT LOWER_WALLS | function bias secondarystructure colvar generic |
| 23.026 | Machine Learning Nucleation Collective Variables with Graph Neural Networks | chemistry | Nucleation, Machine Learning, Enhanced Sampling, Collective Variables, Graph Neural Networks | Florian Dietrich | GROUP LOCAL_Q6 Q6 MFILTER_MORE COMBINE METAD MOVINGRESTRAINT PRINT LOWER_WALLS COORDINATIONNUMBER | multicolvar bias function core symfunc generic |
| 22.028 | N-glycan conformer distributions in atomistic simulation | bio | REST2, RECT, N-glycan, pucker | Isabell Grothaus | HISTOGRAM DUMPGRID READ MOLINFO PUCKERING METAD TORSION PRINT CONVERT_TO_FES | bias gridtools colvar generic |
| 22.026 | Designing Sequence-Defined Peptoids for Fibrillar Self-Assembly and Silicification | materials | Peptoid, silica | Jim Pfaendtner | PBMETAD UPPER_WALLS DISTANCE COM MOLINFO GYRATION PRINT | bias vatom colvar generic |
| 22.013 | Ligand dissociation from PreQ1 riboswitch | bio | ligand, RNA, metadynamics, pRAVE | Yihang Wang | COMMITTOR RMSD WHOLEMOLECULES DISTANCE COMBINE COM MOLINFO METAD PRINT COORDINATIONNUMBER | function bias symfunc vatom colvar generic |
| 22.004 | Discover, Sample and Refine. Exploring Chemistry with Enhanced Sampling Techniques | chemistry | reaction discovery, OPES, collective variables | Umberto Raucci | GROUP MATHEVAL UPPER_WALLS CUSTOM OPES_METAD COORDINATION DISTANCE LOAD COM PYTORCH_MODEL OPES_METAD_EXPLORE PRINT UNITS LOWER_WALLS | function bias opes core vatom colvar pytorch setup generic |
| 22.001 | Improving the Efficiency of Variationally Enhanced Sampling with Wavelet-Based Bias Potentials | methods | enhanced sampling, variationally enhanced sampling, ves, metadynamics, bias representation, wavelets, adam | Benjamin Pampel | BF_GAUSSIANS POSITION OPT_ADAM TD_WELLTEMPERED OPT_AVERAGED_SGD DISTANCE BF_CHEBYSHEV INCLUDE UNITS BF_WAVELETS BF_CUBIC_B_SPLINES FLUSH UPPER_WALLS COORDINATION ENERGY PRINT VES_LINEAR_EXPANSION TD_UNIFORM BF_LEGENDRE METAD VES_OUTPUT_BASISFUNCTIONS | bias ves colvar setup generic |
| 21.047 | Enhancing Entropy and Enthalpy Fluctuations to Drive Crystallization in Atomistic Simulations | materials | pair entropy, metadynamics, ves, solids, crystallization | Pablo Piaggi | VES_LINEAR_EXPANSION PAIRENTROPY VOLUME TD_WELLTEMPERED OPT_AVERAGED_SGD RESTART COMBINE LOAD BF_LEGENDRE METAD ENERGY PRINT | function bias ves gridtools colvar setup generic |
| 21.046 | Ubiquitin Interacting Motifs, Duality Between Structured and Disordered Motifs | bio | wt metadynamics, ubiquitin, ataxin-3, short linear motifs, ubiquitin binding motif, moonlight functions, intrinsic disorder | Elena Papaleo | GROUP LOWER_WALLS UPPER_WALLS WHOLEMOLECULES GYRATION METAD ALPHABETA PRINT ENDPLUMED | multicolvar bias core colvar generic |
| 21.028 | From Enhanced Sampling to Reaction Profiles | methods | collective variables, multi-state, machine learning, Deep-TDA | Enrico Trizio | TORSION GROUP CENTER DISTANCE FIXEDATOM UNITS MATHEVAL UPPER_WALLS COORDINATION LOAD PYTORCH_MODEL PRINT ENDPLUMED ANGLE WHOLEMOLECULES OPES_METAD FIT_TO_TEMPLATE DISTANCES LOWER_WALLS | function bias multicolvar opes core vatom colvar pytorch setup generic |
| 21.023 | Multiscale Reweighted Stochastic Embedding (MRSE) - Deep Learning of Collective Variables for Enhanced Sampling | methods | enhanced sampling, collective variables, machine learning | Jakub Rydzewski | CUSTOM CONSTANT DISTANCE BIASVALUE INCLUDE METAD ENERGY REWEIGHT_METAD PRINT UNITS TORSION | function bias colvar setup generic |
| 21.020 | Reweighted Jarzynski sampling | methods | free energies, steered MD, neural network, nonequilibrium work, nucleation, chemical reactions | Kristof Bal | CUSTOM TD_WELLTEMPERED ANN CONSTANT DISTANCE BIASVALUE OPT_AVERAGED_SGD BF_CHEBYSHEV MOVINGRESTRAINT UNITS FLUSH UPPER_WALLS DUMPGRID LOAD COMBINE PRINT COORDINATIONNUMBER HISTOGRAM VES_LINEAR_EXPANSION OPES_METAD REWEIGHT_BIAS RESTRAINT METAD REWEIGHT_METAD CONVERT_TO_FES | function bias opes ves symfunc annfunc gridtools colvar setup generic |
| 20.022 | Unified Approach to Enhanced Sampling | methods | OPES, expanded ensembles, importance sampling | Michele Invernizzi | CUSTOM POSITION ECV_LINEAR VOLUME TORSION ECV_UMBRELLAS_LINE Q6 MATHEVAL UNITS ECV_MULTITHERMAL_MULTIBARIC UPPER_WALLS LOAD MOLINFO ENERGY PRINT ENDPLUMED RMSD WHOLEMOLECULES OPES_EXPANDED ECV_MULTITHERMAL ENVIRONMENTSIMILARITY | function bias opes symfunc envsim colvar setup generic |
| 20.021 | Mapping the transition state for a binding reaction between ancient intrinsically disordered proteins. | bio | phi-values, restrained MD, transition-state, protein folding, disordered proteins, protein evolution | Cristina Paissoni | WHOLEMOLECULES STATS COORDINATION MOLINFO RESTRAINT PRINT | function bias colvar generic |
| 19.077 | Molecular Recognition and Specificity of Biomolecules to Titanium Dioxide from MD Simulations | materials | metadynamics, peptide-surface binding | Jim Pfaendtner | UPPER_WALLS DISTANCE COM MOLINFO GYRATION METAD ENERGY PRINT | bias vatom colvar generic |
| 19.031 | Ice nucleation using PIV-based path coordinates | materials | phase transitions, nucleation, TIP4P, path CV, PIV, metadynamics | Silvio Pipolo | UPPER_WALLS CELL FUNCPATHMSD METAD PIV PRINT LOWER_WALLS | function bias piv colvar generic |
| 19.023 | RECT | methods | metadynamics, replica exchange | Giovanni Bussi | WHOLEMOLECULES GYRATION METAD TORSION PRINT | bias colvar generic |
| 19.007 | EMMI Microtubules | bio | metainference, cryo-EM | Max Bonomi | GROUP EMMI WHOLEMOLECULES BIASVALUE MOLINFO PRINT | generic bias isdb core |
| 25.019 | The Arch from the Stones. Understanding Protein Folding Energy Landscapes via Bio-inspired Collective Variables | bio | protein folding, OPES, OneOPES, binding free energy | Valerio Rizzi | ENERGY PRINT OPES_EXPANDED MOLINFO CENTER COMBINE OPES_METAD_EXPLORE GROUP ECV_MULTITHERMAL GHOST CUSTOM COORDINATION DISTANCE RMSD | vatom opes colvar function core generic |
| 25.008 | Deep TICA CV from Nonequilibrium Metadynamics using Koopman Reweighting | methods | metadynamics, OPES, Machine Learning CV, PyTorch, Koopman Reweighting | Dhiman Ray | ENERGY PRINT METAD MOLINFO DISTANCE TORSION LOWER_WALLS GROUP CUSTOM UPPER_WALLS BIASVALUE POSITION WHOLEMOLECULES OPES_METAD ENDPLUMED UNITS PYTORCH_MODEL RMSD | pytorch opes colvar function core setup bias generic |
| 25.004 | Machine Learning-Driven Molecular Dynamics Unveil a Bulk Phase Transformation Driving Ammonia Synthesis on Barium Hydride | chemistry | OPES, OPES flooding, Catalysis, Ammonia Synthesis | Axel Tosello Gardini | PRINT COORDINATIONNUMBER FLUSH FIXEDATOM GROUP COMMITTOR UPPER_WALLS UNITS ZDISTANCES CUSTOM OPES_METAD DISTANCES DISTANCE | vatom symfunc opes colvar function core setup bias generic multicolvar |
| 25.001 | RNA G-quadruplex folding with ST-metaD protocol | bio | RNA, G4, GQ, quadruplex, folding, metadynamics, REST2, ST-metaD | Pavlína Pokorná | METAD MOLINFO COMBINE WHOLEMOLECULES ERMSD | bias function generic colvar |
| 24.021 | Ab initio machine learning simulation of calcium carbonate from aqueous solutions to the solid state | chemistry | ion pairing, caco3, opes, proton transfer, crystallization | Pablo Piaggi | ENERGY PRINT UPPER_WALLS OPES_METAD COORDINATION DISTANCE | bias generic opes colvar |
| 23.041 | Accurate model and ensemble refinement using cryo-electron microscopy maps and Bayesian inference | methods | EMMIVox, cryo-EM, single-structure refinement, ensemble refinement, Bayesian inference, B-factors, structural ensembles | Samuel Hoff | PRINT MOLINFO EMMIVOX GROUP UPPER_WALLS BIASVALUE WHOLEMOLECULES WRAPAROUND INCLUDE DISTANCE | isdb generic core bias colvar |
| 23.036 | Is the local ion density sufficient to drive NaCl nucleation in vacuum and in water? | bio | NaCl, nucleation, metadynamics | Ruiyu Wang | ENERGY PRINT METAD COMBINE Q4 VOLUME COORDINATIONNUMBER MATHEVAL Q6 | symfunc colvar function bias generic |
| 23.031 | Identifying small molecules binding sites in RNA conformational ensembles with SHAMAN | bio | RNA, metadynamics, probes, mixed-solvent MD, small molecules, binding sites | Max Bonomi | PRINT METAD MOLINFO CENTER GROUP UPPER_WALLS POSITION WHOLEMOLECULES WRAPAROUND SHADOW DISTANCES FIT_TO_TEMPLATE | vatom isdb generic core bias colvar multicolvar |
| 23.015 | MPCs aggregation | bio | opes_explore, dimerization, MPCs, self-assembly | Vikas Tiwari | PRINT METAD CENTER COM OPES_METAD_EXPLORE LOWER_WALLS GROUP UPPER_WALLS WHOLEMOLECULES CUSTOM COORDINATION DISTANCE | vatom opes colvar function core bias generic |
| 22.044 | Colloid Crystallisation Analyses | materials | Q4, Q6, Pair Entropy, DFS | Aaron Finney | MFILTER_LESS PRINT MFILTER_MORE COMBINE GROUP Q4 LOCAL_Q4 CLUSTER_NATOMS LOCAL_AVERAGE LOCAL_Q6 COORDINATIONNUMBER DFSCLUSTERING CONTACT_MATRIX Q6 | symfunc clusters function core adjmat generic multicolvar |
| 22.037 | Splitting of Energetic and Dynamics Base Pairing Cooperativity in DNA Duplexes by an Abasic Site | chemistry | metadynamics, DNA, abasic | Mike Jones | DISTANCES METAD DISTANCE PRINT | generic bias colvar multicolvar |
| 22.029 | Angiotensin-1-7_Metadynamics | bio | Metadynamics, Angiotensin-(1-7), peptide | L.-América Chi | PRINT METAD FLUSH LOWER_WALLS GROUP GYRATION UPPER_WALLS WHOLEMOLECULES COORDINATION | bias colvar generic core |
| 22.005 | Collective Variable for Metadynamics Derived from AlphaFold Output | bio | AlphaFold, protein folding, protein structure prediction, metadynamics, deep learning, free energy simulation, collective variable | Vojtech Spiwok | PRINT METAD WHOLEMOLECULES LOAD | bias generic setup |
| 21.051 | Automatic learning of hydrogen-bond fixes in an AMBER RNA force field | methods | force field, RNA | Giovanni Bussi | PRINT METAD MOLINFO COMBINE BIASVALUE WHOLEMOLECULES ERMSD COORDINATION | bias function generic colvar |
| 21.029 | Making high-dimensional molecular distribution functions tractable through Belief Propagation on Factor Graphs | bio | metadynamics, small peptide, machine learning | Pratyush Tiwary | ENERGY EXTERNAL PRINT MOLINFO FLUSH TORSION RESTART | generic bias colvar setup |
| 21.018 | Localized Volume-based Metadynamics | bio | LV-MetaD, Volume-based MetaD, Metadynamics, Ligand binding, Induced-fit effects, Binding pose identification | Riccardo Capelli | PRINT COM HISTOGRAM MATHEVAL METAD FLUSH FIXEDATOM READ ENDPLUMED RMSD REWEIGHT_METAD CONVERT_TO_FES WHOLEMOLECULES GROUP DUMPGRID UPPER_WALLS POSITION COORDINATION DISTANCE | vatom colvar function gridtools core bias generic |
| 20.011 | Uremic toxin analysis | bio | metadynamics, uremic toxin, serum albumin | Jim Pfaendtner | PRINT CENTER GROUP WHOLEMOLECULES COORDINATION DISTANCES RESTART DISTANCE | vatom core setup generic colvar multicolvar |
| 19.075 | PYCV - a PLUMED 2 Module Enabling the Rapid Prototyping of Collective Variables in Python | other | Python, automatic differentiation | Toni Giorgino | RESTRAINT PRINT CENTER COMBINE TORSION GROUP DUMPDERIVATIVES ENDPLUMED CUSTOM ANGLE DISTANCE | vatom colvar function core bias generic |
| 19.073 | On the role of enthalpic and entropic contributions on the conformational free energy landscape of MIL-101(Cr) building units | materials | metadynamics, MOF, MIL101Cr, conformational | Matteo Salvalaglio | ENERGY PRINT METAD LOWER_WALLS GYRATION UPPER_WALLS ENDPLUMED COORDINATIONNUMBER DISTANCES | symfunc colvar bias generic multicolvar |
| 19.045 | Adsorption free energy of Ca/CO3 ions on calcite steps in contact with water | materials | metadynamics, well-tempered, multiple walkers, LAMMPS | Marco De La Pierre | PRINT METAD FLUSH LOWER_WALLS GROUP UPPER_WALLS POSITION COORDINATION UNITS RESTART | generic core setup bias colvar |
| 19.032 | Chemical reaction in solution using path collective variables based on coordination patterns | chemistry | chemical reactions, solutions, metadynamics, coordination patterns | Fabio Pietrucci | PRINT PATH METAD FLUSH UPPER_WALLS DISTANCES RESTART | mapping setup bias generic multicolvar |
| 19.013 | RNA FF FITTING | methods | force field, RNA | Giovanni Bussi | PUCKERING MOLINFO TORSION BIASVALUE INCLUDE MATHEVAL CONSTANT | bias generic function colvar |
| 26.006 | Metadynamics simulations of buried phosphorylation sites and proline isomerisation | bio | metadynamics | Julian Streit | TORSION WHOLEMOLECULES METAD COORDINATION MOLINFO PRINT | bias generic colvar |
| 26.000 | OPES simulations of disordered proteins | bio | OPES, IDPs | Julian Streit | ENERGY OPES_EXPANDED RESTART ECV_MULTITHERMAL PRINT | generic opes setup colvar |
| 25.026 | Deciphering the Molecular Mechanisms of Startle Disease - the Role of the Asn46Lys Mutation in the Glycine Receptor | bio | metadynamics, glycine receptors, funnel metadynamics | Jacob Adam Clark | METAD FUNNEL_PS COM FUNNEL UPPER_WALLS PRINT LOWER_WALLS | bias generic funnel vatom |
| 24.030 | NMR guided simulation of dsRBD | bio | Metainference, NMR, protein dynamics | Debadutta Patra | WHOLEMOLECULES STATS FLUSH METAINFERENCE ALPHABETA DISTANCE ENSEMBLE MOLINFO PRINT GROUP RDC | generic multicolvar function colvar isdb core |
| 24.025 | Correlating Enzymatic Reactivity for Different Substrates using Transferable Data-Driven Collective Variables | bio | enzymatic reactivity, k_cat, transfer learning, data-driven CVs, catalysis, ligand-binding modes, water, alpha-amylase, sugar, classical MD, OPES, machine learning, Deep TDA CV, path CV | Sudip Das | TORSION CENTER WHOLEMOLECULES GROUP FIT_TO_TEMPLATE CUSTOM PYTORCH_MODEL COORDINATION OPES_METAD RESTART DISTANCE FIXEDATOM PATH UPPER_WALLS PRINT LOWER_WALLS | opes pytorch vatom mapping bias generic function colvar core setup |
| 24.018 | A new route to the prebiotic synthesis of glycine via ab initio-based machine learning calculations | chemistry | prebiotic chemistry, glycine, Strecker synthesis, ab initio calculations, machine learning | Léon HUET | DISTANCE PRINT | generic colvar |
| 24.014 | Learning Collective Variables with Synthetic Data Augmentation through Physics-inspired Geodesic Interpolation | methods | data augmentation, geodesic interpolation, collective variables, protein folding | Juno Nam | DRR WHOLEMOLECULES METAD FLUSH PYTORCH_MODEL COORDINATION RMSD MOLINFO UPPER_WALLS PRINT LOWER_WALLS | pytorch bias generic colvar drr |
| 24.013 | Estimating Free Energy Surfaces and their Convergence from multiple, independent static and history-dependent biased molecular-dynamics simulations with Mean Force Integration | methods | Mean Force Integration, Convergence, FES, Umbrella Sampling | Matteo Salvalaglio | TORSION BIASVALUE METAD ENERGY FLUSH COORDINATIONNUMBER MATHEVAL DISTANCE RESTART COMMITTOR MOLINFO PRINT RESTRAINT | bias generic function colvar symfunc setup |
| 24.003 | Exploration of Tertiary Structure in Sequence-Defined Polymers Using Molecular Dynamics Simulations | chemistry | steered molecular dynamics, foldamers, peptoids, bio-inspired | Kaylyn Torkelson | TORSION WHOLEMOLECULES GYRATION COORDINATION INCLUDE ALPHABETA COM DISTANCE PRINT MOVINGRESTRAINT | vatom bias generic multicolvar colvar |
| 23.046 | Lasso Peptides - HLDA CV | bio | metadynamics, protein folding, HLDA, harmonic | Gabriel da Hora | WHOLEMOLECULES METAD DISTANCE UNITS COMBINE PRINT | bias generic function colvar setup |
| 23.043 | Modeling the ferroelectric phase transition in barium titanate with DFT accuracy and converged sampling | materials | Barium Titanate, ferroelectric phase transition, Machine Learning, polarization order parameters | Lorenzo Gigli | METAD FLUSH TRANSPOSE MATHEVAL SUM INCLUDE SELECT_COMPONENTS PRINT | matrixtools bias generic function valtools |
| 23.034 | Urea nucleation in water: do long-range forces matter? | materials | LMF theory, Metadynamics, Nucleation | Ziyue Zou | CENTER METAD INCLUDE PRINT GROUP LOAD COORDINATIONNUMBER | vatom bias generic symfunc core setup |
| 23.030 | Data Driven Classification of Ligand Unbinding Pathways | bio | OPES Explore, OPES Flooding, Benzene T4 Lysozyme, Ligand unbinding, Pathway classification, Kinetics, Residence time | Dhiman Ray | TORSION POSITION OPES_METAD COM DISTANCE PRINT WRAPAROUND ENERGY CUSTOM ENDPLUMED MATHEVAL LOWER_WALLS COMMITTOR OPES_METAD_EXPLORE CENTER WHOLEMOLECULES BIASVALUE FIT_TO_TEMPLATE FLUSH UNITS MOLINFO COORDINATION UPPER_WALLS GROUP | opes vatom bias generic function colvar core setup |
| 23.028 | Reactant-Induced Dynamics of Lithium Imide Surfaces during the Ammonia Decomposition Process | chemistry | Ammonia decomposition; Dynamics;OPES; Neural Network potential | Manyi Yang | ZDISTANCES DISTANCES ENERGY FLUSH CUSTOM MATHEVAL OPES_METAD COM DISTANCE UNITS LOWER_WALLS FIXEDATOM COMMITTOR UPPER_WALLS PRINT GROUP COORDINATIONNUMBER | opes vatom bias generic multicolvar function colvar symfunc core setup |
| 23.017 | How and When Does an Enzyme React? Unraveling α-Amylase Catalytic Activity with Enhanced Sampling Techniques | bio | enzymatic reaction discovery, reaction mechanism, catalysis, ligand-binding modes, water, alpha-amylase, sugar, QM/MM MD, OPES, OPES explore, graph CV, machine learning, Deep TDA CV, path CV | Sudip Das | TORSION CENTER WHOLEMOLECULES GROUP FIT_TO_TEMPLATE CUSTOM PYTORCH_MODEL COORDINATION OPES_METAD DISTANCE UNITS FIXEDATOM PATH UPPER_WALLS PRINT LOWER_WALLS OPES_METAD_EXPLORE | opes pytorch vatom mapping bias generic function colvar core setup |
| 23.004 | Melting curves of ice polymorphs in the vicinity of the liquid-liquid critical point | chemistry | water, liquid-liquid transition, second critical point, ice, polymorphs, melting curves, environment similarity, opes, density-functional theory, scan, machine learning potential | Pablo Piaggi | ECV_UMBRELLAS_LINE OPES_EXPANDED RESTART ENVIRONMENTSIMILARITY DUMPGRID UPPER_WALLS PRINT LOWER_WALLS HISTOGRAM | opes envsim bias generic gridtools setup |
| 23.001 | Quantum phase diagram of water | chemistry | Ice, water, nucleation, environment similarity, interfaces, phase diagram, multiumbrella | Sigbjørn-Løland Bore | ECV_UMBRELLAS_LINE INCLUDE OPES_EXPANDED RESTART ENVIRONMENTSIMILARITY UPPER_WALLS PRINT LOWER_WALLS | opes envsim bias generic setup |
| 22.033 | Reciprocal barrier restraint. Application to PROTAC passive permeability prediction | methods | PROTAC, membrane permeability, PMF, restraint, meta-eABF, metadynamics, DRR | Istvan Kolossvary | DRR BIASVALUE METAD FLUSH CUSTOM COM DISTANCE UNITS PRINT | vatom bias generic setup function colvar drr |
| 22.020 | Refining the RNA Force Field with Small-Angle X-ray Scattering of Helix–Junction–Helix RNA | bio | RNA force field, Helix-Junction-Helix RNA, SAXS, Well tempered metadynamics | Weiwei He | TORSION WHOLEMOLECULES METAD COM DISTANCE PRINT GROUP | vatom bias generic colvar core |
| 21.049 | Multiple-path-metadynamics and PathMaps | methods | path-CV, metadynamics, multiple-walker, multiple paths, pathmap | Alberto Pérez-de-Alba-Ortíz | TORSION METAD CONSTANT CUSTOM MOVINGRESTRAINT UNITS COMBINE ENSEMBLE UPPER_WALLS PRINT LOWER_WALLS LOAD RESTRAINT | bias generic function colvar setup |
| 21.048 | Enhancing ligand exploration within a channel pore and fenestrations using metadynamics | bio | well-tempered metadynamics, protein-ligand enhanced sampling, sodium channel, Nav, small molecule drug | Elaine Tao | TORSION METAD CUSTOM COM DISTANCE UNITS UPPER_WALLS PRINT LOWER_WALLS | vatom bias generic function colvar setup |
| 21.040 | A structural ensemble of a tau-microtubule complex reveals regulatory tau phosphorylation and acetylation mechanisms | bio | EMMI, CryoEM, tau-microtubules, post-translational modifications, chemical mutagenesis, structural ensemble, Metainference | Faidon Brotzakis | GROUP BIASVALUE WHOLEMOLECULES COM RESTART DISTANCE MOLINFO UPPER_WALLS PRINT EMMI | vatom bias generic colvar isdb core setup |
| 21.037 | Molecular Dynamics simulations of RBD/hACE2 complexes | bio | SARS-CoV-2, COVID-19, MD, human-ACE2, spike, receptor-binding domain | Max Bonomi | DISTANCE PRINT RMSD | generic colvar |
| 21.036 | Modelling the structure and interactions of intrinsically disordered peptides with multiple-replica, metadynamics-based sampling methods and force-field combinations | bio | Bias Exchange Metadynamics, PTWTE-metaD | Matteo Salvalaglio | RANDOM_EXCHANGES GROUP WHOLEMOLECULES METAD ALPHARMSD ENERGY GYRATION COORDINATION PARABETARMSD DIHCOR ANTIBETARMSD MOLINFO UPPER_WALLS PRINT LOWER_WALLS | bias generic multicolvar colvar secondarystructure core |
| 21.035 | CmuMD simulations of NaCl(aq) at NaCl | chemistry | CmuMD, interface | Aaron Finney | DISTANCE FIXEDATOM PRINT GROUP LOAD RESTRAINT | vatom bias generic colvar core setup |
| 21.003 | aSYN SAXS metainference | bio | metainference, SAXS | Kresten Lindorff-Larsen | BIASVALUE WHOLEMOLECULES CENTER ALPHARMSD SAXS FLUSH GYRATION METAINFERENCE PBMETAD MOLINFO EEFSOLV PRINT GROUP | vatom bias generic colvar isdb secondarystructure core |
| 20.033 | COVID-19 Spike protein opening transition mechanism | bio | EMMI, CryoEM, COVID-19, Spike, Metainference | Faidon Brotzakis | GROUP BIASVALUE WHOLEMOLECULES DISTANCES RMSD CONVERT_TO_FES MOLINFO DUMPGRID PRINT EMMI READ HISTOGRAM | bias generic multicolvar colvar isdb gridtools core |
| 20.024 | Gaussian Mixture Based Enhanced Sampling (GAMBES) | methods | enhanced sampling, probability based sampling, chemical reactions, rate calculation, static bias | Jayashrita Debnath | TORSION GROUP DISTANCES ENERGY DISTANCE UNITS COMBINE UPPER_WALLS PRINT LOWER_WALLS LOAD | bias generic multicolvar function colvar core setup |
| 20.023 | metadynminer and metadynminer3d | methods | metadynamics, visualization, R | Vojtech Spiwok | TORSION PRINT METAD | bias generic colvar |
| 19.083 | Blind Search for Complex Chemical Pathways Using Harmonic Linear Discriminant Analysis | chemistry | metadynamics, chemical reactions, reaction discovery | Valerio Rizzi | METAD DISTANCES FLUSH ENDPLUMED RESTART UNITS COMBINE UPPER_WALLS PRINT GROUP COORDINATIONNUMBER | bias generic multicolvar function symfunc core setup |
| 19.067 | Kinetics of Huperzine A Dissociation from Acetylcholinesterase via Multiple Unbinding Pathways | bio | metadynamics, ligand unbinding | Jakub Rydzewski | METAD PATHMSD RESTART UNITS UPPER_WALLS PRINT LOWER_WALLS | bias generic setup colvar |
| 19.059 | cis-trans isomerization of the Ac-Ala-Ala-Pro-Ala-Lys-NH2 peptide | bio | bias-exchange metadynamics, cis-trans isomerization | Fabrizio Marinelli | RANDOM_EXCHANGES TORSION METAD INCLUDE PRINT | bias generic colvar |
| 19.058 | Constrained MD for maintaining a cavity in a calculation | chemistry | constrained MD, porous molecules, porosity, cavity | Kim Jelfs | DISTANCES FLUSH COM RESTART INPLANEDISTANCES PRINT MOVINGRESTRAINT | vatom bias generic multicolvar setup |
| 19.057 | SAXS ensembles using Martini-Beads multi-scale SAXS | methods | metainference, SAXS, martini, ensemble determination, metadynamics, protein dynamics | Cristina Paissoni | BIASVALUE CENTER WHOLEMOLECULES ANGLE SAXS STATS ENDPLUMED COORDINATION INCLUDE MATHEVAL ALPHABETA PBMETAD ENSEMBLE COMBINE MOLINFO PRINT GROUP | vatom bias generic multicolvar function colvar isdb core |
| 19.052 | Gibbs free energy of homogeneous nucleation | materials | nucleation, surface excess free energy | Gareth Tribello | METAD ENDPLUMED UNITS CELL UPPER_WALLS PRINT FCCUBIC | bias generic colvar symfunc setup |
| 19.048 | Understanding Ligand Binding Selectivity in a Prototypical GPCR Family | bio | metadynamics, Parallel-tempering metadynamics, GPCRs, ligand binding | Francesco Gervasio | BIASVALUE WHOLEMOLECULES METAD CONSTANT MATHEVAL COM DISTANCE UPPER_WALLS PRINT LOWER_WALLS | vatom bias generic function colvar |
| 19.029 | WTE-metaD of FF domain of URNF1 C57D variant | bio | metadynamics, mutations, post-translational modification, ff domain | Elena Papaleo | GROUP WHOLEMOLECULES METAD GYRATION ALPHABETA MOLINFO UPPER_WALLS PRINT LOWER_WALLS | bias generic multicolvar colvar core |
| 19.010 | Multi-domain protein dynamics | bio | metainference, NMR, protein dynamics | Carlo Camilloni | TORSION CENTER WHOLEMOLECULES STATS ENDPLUMED METAINFERENCE ALPHABETA DISTANCE DHENERGY PBMETAD DIHCOR ENSEMBLE UPPER_WALLS MOLINFO PRINT GROUP RDC RESTRAINT | vatom bias generic multicolvar function colvar isdb core |
| 19.005 | Cmyc small molecule interaction | bio | metadynamics, metainference, disordered protein, small molecule interaction, c-myc, cancer, IDP | Gabriella Heller | GROUP CENTER WHOLEMOLECULES GYRATION COORDINATION INCLUDE ALPHABETA METAINFERENCE DISTANCE PBMETAD MOLINFO PRINT CS2BACKBONE | vatom bias generic multicolvar colvar isdb core |
| 25.028 | Designing transferable transition state guided collective variable via interpretable machine learning model for enhanced sampling. A case study on polymer collapse transition | bio | metadynamics, polymer collapse transition, transferable CV,interpretable ML-model | Saikat Dhibar and Biman Jana | MATHEVAL WHOLEMOLECULES COORDINATION GROUP CENTER GYRATION DISTANCE PRINT METAD COMBINE LOWER_WALLS UPPER_WALLS | core colvar generic bias function vatom |
| 25.025 | Enhanced Sampling of Ligand Binding Coupled to RNA Conformational Dynamics | bio | OPES, OPES Flooding , Metadynamics, RNA, Ligand binding, Free Energy, Kinetics, Funnel | Revanth Elangovan and Dhiman Ray | OPES_METAD MATHEVAL WHOLEMOLECULES GROUP CENTER TORSION COORDINATION CUSTOM PRINT COMMITTOR FUNNEL FUNNEL_PS LOWER_WALLS METAD COM UPPER_WALLS WRAPAROUND RMSD | funnel core colvar generic bias opes function vatom |
| 25.022 | Imidazole Diffusion in SALEM-2 MOF | materials | OPES, Diffusion, Ring opening, MOFs, Machine Learning Potentials | Sudheesh Kumar Ethirajan | PROJECTION_ON_AXIS OPES_METAD ENDPLUMED WHOLEMOLECULES CENTER GROUP UNITS DISTANCE PRINT DISTANCES MOLINFO | core colvar generic setup opes vatom multicolvar |
| 25.013 | Data-Driven Engineering of Highly Thermostable Collagen-Mimetic Peptoid Triple Helices | bio | umbrella sampling, temperature ramping | Alexander Berlaga | PYTORCH_MODEL RESTRAINT PRINT GYRATION DISTANCE | bias colvar generic pytorch |
| 25.006 | Characterizing the conformational ensemble of PROTAC degraders in solutions via atomistic simulations | methods | Enhanced sampling, Atomistic simulations, Conformational ensemble, PROTACs, Targeted Protein Degradation, Chamelonic molecules | Shikshya Bhusal, Omar Valsson | INCLUDE VOLUME PBMETAD UPDATE_IF WHOLEMOLECULES ENERGY CENTER DUMPATOMS DISTANCE GYRATION PRINT READ TORSION RESTART MOLINFO | colvar generic setup vatom bias |
| 25.005 | Mechanism of Nanocluster Formation from Machine-Learned Potential-based Simulations | chemistry | WT-metadynamics, metal nanoclusters, nucleation, neural network potential, deepMD | Vikas Tiwari, Tarak Karmakar | FLUSH FIXEDATOM RESTRAINT GROUP COORDINATION UNITS DISTANCE ANGLE PRINT METAD COMBINE DISTANCES LOWER_WALLS COM COORDINATIONNUMBER UPPER_WALLS | core colvar generic setup symfunc bias function vatom multicolvar |
| 24.012 | Molecular simulations to investigate the impact of N6-methylation in RNA recognition | bio | metadynamics, alchemistry, RNA modification, RNA:protein interactions | Giovanni Bussi | GROUP CENTER COORDINATION DISTANCE DEBUG PRINT METAD COMBINE GHBFIX BIASVALUE LOWER_WALLS COM UPPER_WALLS MOLINFO | core colvar generic bias function vatom |
| 22.038 | Enhanced Sampling Aided Design of Molecular Photoswitches | chemistry | reaction discovery, OPES explore, graph CV | Umberto Raucci | PYTORCH_MODEL OPES_METAD_EXPLORE COORDINATION PRINT UNITS CUSTOM | colvar generic pytorch setup opes function |
| 21.034 | Efficient sampling of high-dimensional free energy landscapes using adaptive reinforced dynamics | bio | reinforced dynamics, bias-exchange metadynamics, parallel-bias metadynamics | Dongdong Wang | INCLUDE PBMETAD ENDPLUMED PRINT TORSION METAD RANDOM_EXCHANGES | bias colvar generic |
| 21.016 | MD SAXS GTPase associated center | bio | metadynamics, RNA, folding, SAXS | Giovanni Bussi | INCLUDE WHOLEMOLECULES GROUP SAXS GYRATION PRINT ERMSD CUSTOM METAD LOWER_WALLS UPPER_WALLS MOLINFO | core colvar generic isdb function bias |
| 21.013 | Role of vibrational excitation in heterogeneous catalysis | chemistry | catalysis, vibrational excitation, free energy barriers, dissociation, chemisorption | Kristof Bal | REWEIGHT_BIAS RESTRAINT BF_CHEBYSHEV OPT_AVERAGED_SGD METAD COORDINATIONNUMBER TD_GRID ANGLES FLUSH COORDINATION LOAD UWALLS CONVERT_TO_FES DISTANCES DUMPGRID LOWER_WALLS REWEIGHT_METAD HISTOGRAM VES_LINEAR_EXPANSION PRINT DISTANCE UNITS EXTERNAL COMBINE UPPER_WALLS | colvar generic symfunc setup gridtools function bias ves multicolvar |
| 21.006 | OPES, On-the-fly Probability Enhanced Sampling Method | methods | opes, alanine dipeptide, well-tempered, multithermal, multiumbrella | Michele Invernizzi | OPES_METAD ENDPLUMED ENERGY PRINT ECV_UMBRELLAS_LINE TORSION ECV_MULTITHERMAL OPES_EXPANDED | opes colvar generic |
| 20.034 | Conformational Ensembles of Non-Coding Elements in the SARS-CoV-2 Genome from Molecular Dynamics Simulations | bio | RNA, SARS-CoV-2, partial tempering | Sandro Bottaro | ABMD CENTER PRINT DISTANCE TORSION ERMSD RESTART MOLINFO | colvar generic setup vatom bias |
| 20.028 | Well-tempered metadynamics on wt/onc KRas-4B, binding on the anionic membrane | bio | metadynamics, KRas-4B, anionic membrane | Huixia Lu | PRINT FIT_TO_TEMPLATE CENTER DISTANCE METAD RESTART | colvar generic setup bias vatom |
| 20.019 | Systematic finite-temperature reduction of crystal energy landscapes | materials | crystals, organics, structure prediction | Matteo Salvalaglio | MATHEVAL VOLUME ENERGY PRINT METAD LOWER_WALLS CELL UPPER_WALLS | colvar bias function generic |
| 20.014 | amyloid beta small molecule interaction | bio | intrinsically disordered proteins, disordered proteins, IDPs, fuzzy binding, small molecule, drugs, entropy, binding, Alzheimer’s disease, amyloid beta | Gabriella Heller | INCLUDE ALPHARMSD PBMETAD WHOLEMOLECULES DIHCOR ENSEMBLE METAINFERENCE FLUSH COORDINATION GYRATION STATS MOLINFO ENDPLUMED PARABETARMSD ANTIBETARMSD CS2BACKBONE GROUP PRINT TORSION COMBINE | core colvar generic isdb secondarystructure function bias multicolvar |
| 20.006 | Class B GPCR activation mechanism | bio | metadynamics, well-tempered ensemble, multiple walkers, Parallel-tempering metadynamics, GPCRs, ligand binding | Francesco Gervasio | MATHEVAL ENERGY WHOLEMOLECULES PRINT CENTER DISTANCE METAD COMBINE LOWER_WALLS RMSD UPPER_WALLS MOLINFO | colvar generic function vatom bias |
| 20.000 | Muscarinic M2 receptor-ligand funnel metadynamics | bio | multiple walker metadynamics, well-tempered metadynamics, funnel metadynamics, MC-HLDA, GPCR, receptor, Adiabatic Bias MD | Riccardo Capelli | REWEIGHT_METAD MATHEVAL HISTOGRAM ENDPLUMED PRINT DISTANCE READ CONVERT_TO_FES METAD COMBINE LOWER_WALLS DUMPGRID COM UPPER_WALLS ABMD | colvar generic function gridtools vatom bias |
| 19.080 | Ensemble-Based Molecular Simulation of Chemical Reactions under Vibrational Nonequilibrium | methods | ves, variationally enhanced sampling, vibrational excitation, chemical reactions | Kristof Bal | HISTOGRAM FLUSH VES_LINEAR_EXPANSION COORDINATION ANGLE UNITS DISTANCE EXTERNAL BF_CHEBYSHEV OPT_AVERAGED_SGD PRINT CONVERT_TO_FES COMBINE DUMPGRID LOWER_WALLS UPPER_WALLS TD_GRID TD_WELLTEMPERED | colvar generic setup gridtools function bias ves |
| 19.035 | Dimerization of GPCRs from coarse-grained umbrella sampling | bio | Umbrella sampling, coarse-grained, GPCR, protein-protein binding free energy, dimerization | Davide Provasi | RESTRAINT GROUP PRINT TORSION DISTANCE COM | core colvar generic vatom bias |
| 19.003 | EMMI ClpP | bio | metainference, cryo-EM | Max Bonomi | GROUP PRINT EMMI BIASVALUE MOLINFO | isdb bias generic core |
| 25.014 | Atomic resolution ensembles of intrinsically disordered proteins with Alphafold | bio | bAIes, AlphaFold2, random coil, IDPs, Bayesian refinement | Vincent Schnapka | PRINT BAIES GROUP BIASVALUE | bias generic isdb core |
| 25.010 | Kinetic rates calculation with Ratchet&Pawl MD | methods | kinetics, ligand binding, ABMD, ratchet&pawl MD | Riccardo Capelli | ABMD DISTANCE FLUSH PRINT GROUP COM WHOLEMOLECULES COMMITTOR | bias generic colvar vatom core |
| 24.035 | Data efficient machine learning potentials for modeling catalytic reactivity via active learning and enhanced sampling | chemistry | opes, catalysis, ammonia, machine learning potentials | Luigi Bonati | LOWER_WALLS CUSTOM DISTANCE OPES_METAD RESTART UPPER_WALLS PRINT GROUP COORDINATION COMMITTOR UNITS | opes function bias setup generic colvar core |
| 24.033 | Transient interactions between the fuzzy coat and the cross-b core of brain-derived Ab42 filaments | bio | CryoEM, MEMMI, Metadynamics, Metainference, Ab42 Fibrils, structural ensemble | Maria Milanesi | DUMPATOMS PBMETAD BIASVALUE DISTANCE EMMI DUMPMASSCHARGE UPPER_WALLS ALPHARMSD PRINT MOLINFO GROUP CENTER COORDINATION COM PARABETARMSD WHOLEMOLECULES RMSD | core bias generic colvar vatom isdb secondarystructure |
| 24.032 | DeepLNE++ | methods | PATHCV, OPES | Thorben Fröhlking | TORSION CUSTOM ENERGY LOAD DISTANCE PRINT GROUP COORDINATION COMBINE OPES_METAD | opes function setup generic colvar core |
| 24.027 | Proline cis and trans subensembles of a disordered peptide | bio | intrinsically disordered proteins, proline cis trans isomerisation, metadynamics, collective variables | Alice Pettitt | TORSION INCLUDE DIHCOR PBMETAD ANTIBETARMSD DISTANCE FLUSH ENDPLUMED ALPHARMSD PRINT GROUP WHOLEMOLECULES MOLINFO GYRATION PARABETARMSD COORDINATION COMBINE | multicolvar core function bias generic colvar secondarystructure |
| 24.022 | Integrating Path Sampling with Enhanced Sampling for Rare-event Kinetics | methods | OPES Flooding, Weighted Ensemble, Metadynamics, Kinetics, Infrequent Metadynamics, Integrated Sampling | Dhiman Ray | UPPER_WALLS PRINT ANGLE OPES_METAD WHOLEMOLECULES METAD FIXEDATOM CUSTOM DISTANCE GROUP MOLINFO RMSD COMMITTOR MATHEVAL FIT_TO_TEMPLATE CONTACTMAP CENTER COMBINE TORSION ENDPLUMED COORDINATION | opes function bias generic colvar vatom core |
| 24.019 | Enhanced Sampling of Biomolecular Slow Conformational Transitions Using Adaptive Sampling and Machine Learning | bio | OPES, machine learning, protein folding, adaptive sampling | Mingyuan Zhang | TORSION CUSTOM DISTANCE ALPHARMSD PRINT WHOLEMOLECULES COORDINATION MOLINFO GYRATION OPES_METAD COMBINE | opes function generic colvar secondarystructure |
| 23.040 | Supramolecular capsules assembly dynamics | chemistry | Self-assembly, H-bond capsules, resorcinarene, pyrogallolarene, metadynamics | Riccardo Capelli | METAD CUSTOM COM DISTANCE FLUSH DISTANCES PRINT GROUP CENTER POSITION WHOLEMOLECULES UNITS | multicolvar function bias generic setup colvar vatom core |
| 23.037 | Estimating binding free energy of solid binding peptides without extensive sampling | bio | metadynamics, solid binding peptides | Xin Qi | LOWER_WALLS PBMETAD DISTANCE UPPER_WALLS PRINT MOLINFO COM GYRATION | vatom bias generic colvar |
| 23.025 | Probing ion binding to G-quadruplexes and related events | chemistry | metadynamics, repulsive potential, nucleic acids, G-quadruplexes | Marcelo Poleto | METAD WRAPAROUND LOWER_WALLS MATHEVAL COM DISTANCE FLUSH FIT_TO_TEMPLATE POSITION DISTANCES UPPER_WALLS RESTART PRINT GROUP DUMPATOMS WHOLEMOLECULES UNITS | multicolvar function bias generic setup colvar vatom core |
| 23.024 | Permutationally Invariant Networks for Enhanced Sampling (PINES) | methods | collective variables, enhanced sampling, data-driven, deep learning, permutational invariance, solvent | Nicholas Herringer | LOAD PRINT PBMETAD | bias setup generic |
| 23.022 | A unified framework for machine learning collective variables for enhanced sampling simulations: mlcolvar | methods | collective variables, machine learning, toy model | Enrico Trizio | LOWER_WALLS CUSTOM BIASVALUE PYTORCH_MODEL ENDPLUMED UPPER_WALLS PRINT POSITION OPES_METAD UNITS | pytorch opes function bias generic setup colvar |
| 23.020 | FEP simulations of ATOX1 homodimer | chemistry | parallel bias metadynamics, FEP, free-energy of metal ion dissociation | Adriana Pietropaolo | MATHEVAL PBMETAD BIASVALUE DISTANCE PRINT ANGLE WHOLEMOLECULES CONSTANT | bias generic function colvar |
| 23.014 | Structural basis of dimerization of chemokine receptors CCR5 and CXCR4 | bio | metadynamics, oligomerization, chemokine receptors, GPCR, membrane | Vittorio Limongelli | METAD TORSION DISTANCE FLUSH UPPER_WALLS PRINT COM WHOLEMOLECULES COMBINE | function bias generic colvar vatom |
| 22.032 | Reciprocal barrier restraint. Application to path-meta-eABF | methods | restraint, upper wall, lower wall, path colvar, meta-eABF, metadynamics, DRR, protein conformational transition, PROTAC | Istvan Kolossvary | METAD CUSTOM PATHMSD BIASVALUE FLUSH PRINT DRR | function bias generic colvar drr |
| 22.031 | Rare Event Kinetics from Adaptive Bias Enhanced Sampling | methods | OPES Flooding, Kinetics, Rate, OPES, Machine Learning | Dhiman Ray | PRINT WHOLEMOLECULES OPES_METAD CUSTOM ENERGY DISTANCE GROUP MOLINFO RMSD COMMITTOR BIASVALUE CONTACTMAP COMBINE CONSTANT TORSION INCLUDE PYTORCH_MODEL ENDPLUMED POSITION UNITS | pytorch opes function bias generic setup colvar core |
| 22.022 | Modulation of Multidrug Resistance Protein 1 - mediated transport processes by the antiretroviral drug ritonavir | bio | RMSD, protein-ligand interactions | Isabell Grothaus | PRINT RMSD | generic colvar |
| 21.045 | QM/MM metadynamics of thiol-disulfide exchange between methylthiolate and dimethyldisulfide in water with an imposed external electrostatic potential (ESP) | chemistry | metadynamics, QM/MM, electrostatic potential, thiol-disulfide exchange | Denis Maag | METAD LOWER_WALLS COORDINATIONNUMBER DISTANCE UPPER_WALLS PRINT COMBINE COORDINATION | function bias generic colvar symfunc |
| 21.039 | Deep learning the slow modes for rare events sampling | methods | collective variables, machine learning, slow modes, deep-tica, opes | Luigi Bonati | FLUSH PRINT ECV_MULTITHERMAL OPES_METAD WHOLEMOLECULES ENERGY DISTANCE LOAD Q6 GROUP MOLINFO RMSD ENVIRONMENTSIMILARITY CONTACTMAP COMBINE VOLUME TORSION INCLUDE OPES_EXPANDED PYTORCH_MODEL ENDPLUMED UNITS | pytorch opes function setup generic envsim colvar symfunc core |
| 21.033 | Multiple-path-metadynamics applied to DNA base-pairing transitions | bio | path-CV, metadynamics, multiple-walker, dna | Alberto Pérez-de-Alba-Ortíz | METAD INCLUDE MOVINGRESTRAINT UPPER_WALLS PRINT RESTRAINT COMBINE CONSTANT | bias generic function |
| 21.031 | Photo-switchable sulfonulureas in KATP channel | bio | metadynamics, photo-pharmacology, sulfonylureas potasium ion-channels | Katarzyna Walczewska-Szewc | METAD LOWER_WALLS DISTANCE UPPER_WALLS PRINT COM WHOLEMOLECULES UNITS | bias generic setup colvar vatom |
| 21.004 | Machine Learning and Enhanced Sampling Simulations for Computing the Potential of Mean Force and Standard Binding Free Energy | bio | machine learning, well-tempered metadynamics, path collective variable, potential of mean force, standard binding free energy calculations, host-guest, protein-ligand unbinding | Dorothea Gobbo | METAD LOWER_WALLS PATHMSD RESTART UPPER_WALLS PRINT WHOLEMOLECULES | generic bias setup colvar |
| 21.001 | Substrate recognition and catalysis by glycosaminoglycan sulfotransferases | bio | metadynamics, well-tempered metadynamics, puckering, coordination | Tarsis Ferreira | METAD PUCKERING LOWER_WALLS INCLUDE ENERGY DUMPGRID DISTANCE RANDOM_EXCHANGES HISTOGRAM UPPER_WALLS REWEIGHT_METAD PRINT GROUP WHOLEMOLECULES MOLINFO COORDINATION | bias generic gridtools colvar core |
| 20.032 | Modeling the thermodynamics of conformational isomerism in solution via unsupervised clustering, the case of Sildenafil | materials | clustering, conformational isomers | Matteo Salvalaglio | TORSION PRINT ENDPLUMED | generic colvar |
| 20.018 | Free energy barriers from biased molecular dynamics simulations | methods | kinetics, free energy barriers, chemical reactions, nucleation, metadynamics | Kristof Bal | LOWER_WALLS FLUSH PAIRENTROPY UPPER_WALLS PRINT REWEIGHT_BIAS CONTACT_MATRIX METAD ENERGY LOAD DISTANCE Q6 DUMPGRID HISTOGRAM CENTER COMBINE DENSITY VOLUME COORDINATIONNUMBER LOCAL_AVERAGE REWEIGHT_METAD CONVERT_TO_FES SPRINT COORDINATION UNITS | volumes function bias generic gridtools setup adjmat colvar vatom symfunc sprint |
| 20.017 | FISST | methods | FISST, force, peptide, sampling, tempering | Glen Hocky | MATHEVAL ENERGY BIASVALUE DISTANCE PRINT RESTRAINT GROUP GYRATION UNITS FISST | fisst function bias generic setup colvar core |
| 20.004 | Data-driven collective variables for enhanced sampling | methods | collective variables, machine learning, deep-lda | Luigi Bonati | MATHEVAL TORSION LOWER_WALLS DISTANCE LOAD FLUSH PYTORCH_MODEL ENDPLUMED UPPER_WALLS PRINT GROUP COM OPES_METAD UNITS | pytorch opes function bias generic setup colvar vatom core |
| 19.081 | Calculation of phase diagrams in the multithermal-multibaric ensemble | methods | VES, variationally enhanced sampling, multithermal-multibaric, energy, Wang Landau, RefCV, kernel, bcc, fcc, sodium, aluminum | Pablo Piaggi | LOWER_WALLS CELL RESTART OPT_DUMMY UPPER_WALLS TD_WELLTEMPERED PRINT REWEIGHT_BIAS ENERGY REWEIGHT_TEMP_PRESS LOAD Q6 READ MATHEVAL DUMPGRID HISTOGRAM OPT_AVERAGED_SGD COMBINE BF_LEGENDRE VOLUME TD_MULTITHERMAL_MULTIBARIC VES_LINEAR_EXPANSION CONVERT_TO_FES | function bias generic setup gridtools colvar ves symfunc |
| 19.063 | Protein-ligand binding through metadynamics with path CVs | bio | metadynamics, path CVs, ligand binding | Mattia Bernetti | METAD LOWER_WALLS PATHMSD UPPER_WALLS PRINT WHOLEMOLECULES | bias generic colvar |
| 19.046 | Optimal Collective from short simulations for Benzamidine-Trypsin ligand binding | bio | VAC-MetaD, optimised collective variables, binding free energy, unbinding rates, benzamidine trypsin, Structure Activity Relation | Faidon Brotzakis | FUNNEL ALPHABETA LOWER_WALLS TORSION METAD DISTANCE DISTANCES UPPER_WALLS REWEIGHT_METAD PRINT MOLINFO GROUP BRIDGE COM WHOLEMOLECULES RMSD COMBINE | multicolvar function bias generic adjmat colvar vatom core funnel |
| 19.014 | MIL101(Cr) SBUs assembly | materials | MOFs, nucleation, self-assembly, metadynamics | Matteo Salvalaglio | METAD COORDINATIONNUMBER RESTART ENDPLUMED DISTANCES PRINT GYRATION | multicolvar bias generic setup colvar symfunc |
| 19.004 | MI Ubiquitin | bio | metainference, NMR | Max Bonomi | METAINFERENCE CS2BACKBONE PRINT GROUP MOLINFO WHOLEMOLECULES RDC | generic isdb core |
| 19.002 | EMMI STRA6 | bio | metainference, cryo-EM | Max Bonomi | BIASVALUE EMMI PRINT GROUP MOLINFO | bias generic isdb core |
| 19.001 | RNA SHAPE | bio | metadynamics, RNA, ligand binding | Giovanni Bussi | METAD ERMSD INCLUDE LOWER_WALLS DISTANCE FLUSH RANDOM_EXCHANGES DISTANCES UPPER_WALLS PRINT ANGLE MOLINFO COMBINE | multicolvar function bias generic colvar |
| 26.002 | A Transferable and Robust Computational Framework for Class A GPCR Activation Free Energies | bio | OneOPES, GPCR, ADRB1, activation, euclidean path, microswitches, conformational changes, allostery | Valerio Rizzi | ECV_MULTITHERMAL CUSTOM DISTANCE COORDINATION OPES_EXPANDED PRINT UPPER_WALLS CENTER PATH LOWER_WALLS GROUP VOLUME PATHMSD OPES_METAD_EXPLORE ENERGY RMSD | colvar generic vatom mapping opes function bias core |
| 25.012 | A Machine Learning-Driven, Probability-Based Approach to Enzyme Catalysis | bio | enzyme catalysis, transition state, structure-activity relationship, free energy surface, reaction mechanism, water, alpha-amylase, sugar, QM/MM MD, OPES, committor function, machine learning | Sudip Das | INCLUDE CUSTOM COMBINE COORDINATION DISTANCE PRINT OPES_METAD FLUSH POSITION MATHEVAL UNITS TORSION CELL LOAD ENERGY BIASVALUE | colvar generic opes function bias setup |
| 25.002 | M3_PCV-ABMD | chemistry | Adiabatic bias MD, path CVs, ligand unbinding, G protein coupled receptor | Gian Marco Elisi | ENDPLUMED PRINT UPPER_WALLS ABMD UNITS PATHMSD | colvar setup generic bias |
| 24.034 | Umbrella sampling of ion in transporter SLC26A7 | bio | umbrella sampling, transporter, ions | Xiaoli Lu | RESTRAINT PRINT UNITS POSITION | colvar setup generic bias |
| 24.028 | All-atom simulations of RNA-membrane interactions | bio | metadynamics, membrane, RNA | Giovanni Bussi | GYRATION DISTANCE COMBINE SORT MOLINFO PRINT PUCKERING GHOST CENTER POSITION DISTANCES LOWER_WALLS WHOLEMOLECULES GROUP UPPER_WALLS MATHEVAL METAD | colvar generic vatom function multicolvar bias core |
| 24.005 | Learning Markovian Dynamics with Spectral Maps | methods | spectral map, collective variables, machine learning | Jakub Rydzewski | DISTANCE CUSTOM PRINT UNITS BIASVALUE | colvar generic function bias setup |
| 23.035 | An Extended Metadynamics Protocol for Binding/Unbinding of Peptide Ligands to Class A G-Protein Coupled Receptors | bio | G protein coupled receptor, peptide ligands, metadynamics, multiple-walker | Timothy Clark | CONSTANT WHOLEMOLECULES DISTANCE PRINT UPPER_WALLS CENTER LOWER_WALLS MATHEVAL METAD BIASVALUE | colvar generic vatom function bias |
| 23.021 | Into the Dynamics of Rotaxanes at Atomistic Resolution | materials | metadynamics, rotaxanes, molecular shuttles, molecular machines | Luigi Leanza | DISTANCE CUSTOM PRINT UPPER_WALLS CENTER MATHEVAL TORSION FIXEDATOM METAD | colvar generic vatom function bias |
| 23.012 | JAK2 2D meta-eABF PMF with statistical analysis | bio | 2D meta-eABF, path CV, PMF | Istvan Kolossvary | CUSTOM DRR UPPER_WALLS PRINT FLUSH LOWER_WALLS PATHMSD METAD BIASVALUE | colvar generic drr function bias |
| 23.003 | Alchemical metadynamics: Adding alchemical variables to metadynamics to enhance sampling in free energy calculations | methods | metadynamics, alchemical variable, alchemical free energy calculations | Wei-Tse Hsu | PRINT TORSION METAD EXTRACV READ | colvar generic bias |
| 23.000 | Atomistic simulations of RNA tetraloop folding via PTWTE-WTM | bio | parallel tempering, well-tempered metadynamics, well-tempered ensemble, RNA, Tetraloop, Folding | Gül Zerze | WHOLEMOLECULES PRINT UPPER_WALLS CONTACTMAP LOWER_WALLS METAD ENERGY | colvar generic bias |
| 22.043 | Atomistic simulations of RNA tetraloop folding via expanded ensemble OPES | bio | OPES, RNA, Tetraloop, Folding | Gül Zerze | ECV_MULTITHERMAL WHOLEMOLECULES OPES_EXPANDED PRINT ECV_UMBRELLAS_LINE CONTACTMAP ENERGY | opes colvar generic |
| 22.042 | Metadynamics of NSP10 and variants | bio | metadynamics, NSP10, crystal structure, variants | Shozeb Haider | METAD PRINT TORSION | colvar generic bias |
| 22.035 | Deciphering the alphabet of disorder — Glu and Asp act differently on local but not global properties | bio | intrinsically disordered proteins, parallel bias metadynamics, protein | Kresten Lindorff-Larsen | GYRATION WHOLEMOLECULES MOLINFO TORSION PBMETAD | colvar generic bias |
| 22.034 | Rationalising the difference in crystallisability of two Sulflowers using efficient in silico methods | materials | metadynamics, crystallizability, crystal structure prediction, sulflower, persulforated coronene | Matteo Salvalaglio | COMMITTOR CUSTOM PRINT UPPER_WALLS LOWER_WALLS DRMSD MATHEVAL CELL METAD | colvar generic function bias |
| 22.003 | Exploration vs Convergence Speed in Adaptive-bias Enhanced Sampling | methods | opes, metadynamics, reweighting, alanine, muller | Michele Invernizzi | ECV_MULTITHERMAL CUSTOM ENDPLUMED OPES_EXPANDED ECV_UMBRELLAS_FILE PRINT UPPER_WALLS OPES_METAD POSITION LOWER_WALLS UNITS TORSION PBMETAD OPES_METAD_EXPLORE METAD ENERGY BIASVALUE | colvar generic opes function bias setup |
| 21.010 | Step by Step Strecker Amino Acid Synthesis from Ab Initio Prebiotic Chemistry | chemistry | Strecker reaction, free energy landscape, ab initio molecular dynamics, glycine, prebiotic synthesis | Théo Magrino | generic | |
| 21.009 | Nucleation rates from small scale atomistic simulations and transition state theory | materials | kinetics, free energy barriers, nucleation, droplets, metadynamics | Kristof Bal | HISTOGRAM CONVERT_TO_FES COMMITTOR MOVINGRESTRAINT PRINT UPPER_WALLS FLUSH UNITS COORDINATIONNUMBER REWEIGHT_METAD LOAD METAD DUMPGRID | generic gridtools bias setup symfunc |
| 21.008 | Multi-replica biased sampling for photoisomerization processes in conjugated polymers | methods | metadynamics, FEP, replica-exchange | Adriana Pietropaolo | CONSTANT WHOLEMOLECULES PRINT RESTART MATHEVAL TORSION PBMETAD BIASVALUE | colvar generic function bias setup |
| 21.000 | Uremic toxin time scale dynamics | bio | uremic toxin, serum albumin, Time-structure Independent Components Analysis (tICA), Markov state models (MSMs) | Jim Pfaendtner | WHOLEMOLECULES DISTANCE PRINT COM GROUP | colvar core generic vatom |
| 19.082 | Ammonia Borane Dehydrogenation | chemistry | metadynamics, reaction discovery, hydrogen production, chemistry | Valerio Rizzi | ENDPLUMED COMBINE PRINT FLUSH RESTART GROUP UNITS COORDINATIONNUMBER EXTERNAL METAD | generic core function bias setup symfunc |
| 19.068 | Rethinking Metadynamics | methods | metadynamics, opes, convergence | Michele Invernizzi | ENDPLUMED PRINT OPES_METAD POSITION UNITS TORSION EXTERNAL METAD | colvar generic opes bias setup |
| 19.065 | Molecular Enhanced Sampling with Autoencoders | methods | enhanced sampling, collective variables, deep learning | Wei Chen | RESTRAINT COMBINE POSITION COM ANN | colvar vatom annfunc function bias |
| 19.062 | Elucidating molecular design principles for charge-alternating peptides | bio | peptide folding, metadynamics, well-tempered ensemble, parallel tempering | Jim Pfaendtner | GYRATION WHOLEMOLECULES PRINT METAD ENERGY | colvar generic bias |
| 19.049 | Determining the sizes of solid/liquid clusters in MD trajectories of nucleation | methods | nucleation, metadynamics, clustering, Steinhardt order parameters | Gareth Tribello | CONTACT_MATRIX METAD DFSCLUSTERING MATRIX_VECTOR_PRODUCT CUSTOM CLUSTER_NATOMS Q6 SMAC PRINT CLUSTER_PROPERTIES MORE_THAN OUTPUT_CLUSTER CLUSTER_DISTRIBUTION DISTANCES COORDINATIONNUMBER LOCAL_Q6 OUTER_PRODUCT ONES | generic matrixtools adjmat function bias multicolvar symfunc clusters |
| 19.030 | Coarse-Grained MetaDynamics (CG-MetaD) | bio | Coarse-grained, metadynamics, protein-protein interaction, protein-protein binding free energy | Vittorio Limongelli | WHOLEMOLECULES DISTANCE PRINT UPPER_WALLS LOWER_WALLS COM METAD | colvar generic vatom bias |
| 19.017 | Ligand binding pathways exploration | bio | metadynamics, ligand binding | Riccardo Capelli | HISTOGRAM WRAPAROUND CONVERT_TO_FES WHOLEMOLECULES ENDPLUMED COORDINATION PRINT UPPER_WALLS POSITION FLUSH FIT_TO_TEMPLATE GROUP COM MATHEVAL DUMPGRID METAD READ REWEIGHT_METAD | colvar generic vatom gridtools function bias core |
| 19.011 | Automatic Gradient Computation for Collective Variables | other | gradient, differentiation, curvature | Toni Giorgino | ENDPLUMED | generic |
| 25.021 | All You Need Is Water. Converging Ligand Binding Simulations with Hydration Collective Variables | bio | OPES Explore, ligand binding, binding free energy, water, hydration CVs, SAMPL challenge, host-guest | Valerio Rizzi | UPPER_WALLS GROUP OPES_METAD_EXPLORE COORDINATION WHOLEMOLECULES FIXEDATOM PRINT ANGLE DISTANCE MATHEVAL CENTER FIT_TO_TEMPLATE ENERGY | core bias generic vatom opes colvar function |
| 25.018 | Metainference simulation for dimerization of RNA binding protein | bio | Metainference, Metadynamics, SAXS, protein dimer | Debadutta Patra | UPPER_WALLS STATS MOLINFO SAXS TORSION PBMETAD WHOLEMOLECULES PRINT DISTANCE ENSEMBLE CENTER GYRATION FLUSH METAINFERENCE | generic bias vatom isdb colvar function |
| 25.016 | Advancing in silico drug design with Bayesian refinement of AlphaFold models | bio | bAIes, AlphaFold, Bayesian refinement, virtual screening, docking, small-molecule, enrichment | Samiran Sen | BAIES PRINT GROUP BIASVALUE | isdb bias core generic |
| 25.007 | Shaping the glycan landscape. Hidden relationships between linkage and ring distortion induced by carbohydrate-active enzmyes | bio | REST-RECT, REST2, glycan, enzyme, CAZyme, steered | Isabell Grothaus | MOLINFO PUCKERING RESTART MOVINGRESTRAINT PRINT RESTRAINT DISTANCE METAD TORSION | bias setup colvar generic |
| 25.000 | Molecular mechanism of Arp2/3 activation by nucleation promoting factors and actin monomer | bio | metadynamics, pathCV | Sahithya Sridharan Iyer | UPPER_WALLS MOLINFO RESTART GROUP WHOLEMOLECULES COM PRINT DISTANCE METAD FUNCPATHGENERAL | core generic bias vatom colvar function setup |
| 24.024 | Host-Guest binding free energies à la carte, an automated OneOPES protocol | bio | OneOPES, ligand binding, binding free energy,SAMPL challenge, host-guest | Valerio Rizzi | UPPER_WALLS ENERGY GROUP OPES_EXPANDED OPES_METAD_EXPLORE COORDINATION ECV_MULTITHERMAL WHOLEMOLECULES FIXEDATOM PRINT ENDPLUMED ANGLE DISTANCE MATHEVAL FIT_TO_TEMPLATE TORSION LOWER_WALLS CENTER | core bias generic vatom opes colvar function |
| 24.008 | yCD Metadynamics | bio | volume-based MetaD, path CVs, infrequent MetaD, product release | James McCarty | HISTOGRAM COMMITTOR COORDINATION FIT_TO_TEMPLATE WHOLEMOLECULES FIXEDATOM ENDPLUMED DISTANCE CONVERT_TO_FES UPPER_WALLS DUMPGRID CONTACTMAP COM METAD FLUSH MOLINFO INCLUDE REWEIGHT_METAD MATHEVAL GROUP WRAPAROUND RMSD PRINT PATH READ | core bias generic mapping vatom colvar function gridtools |
| 24.001 | A Kinetic View of Enzyme Catalysis from Enhanced Sampling QM/MM Simulations | bio | OPES, OPES-Flooding, QM/MM, Kinetics, Enzyme Catalysis | Dhiman Ray | UPPER_WALLS CUSTOM COMMITTOR UNITS OPES_METAD PRINT COMBINE DISTANCE TORSION LOWER_WALLS FLUSH | generic bias opes colvar function setup |
| 24.000 | Ammonia Decomposition on Non-stoichiometric Lithium Imide | chemistry | ammonia decomposition, non-stoichiometric lithium imide, machine learning interatomic potentials, enhanced sampling, heterogeneous catalysis | Francesco Mambretti | UPPER_WALLS GROUP UNITS ZDISTANCES OPES_METAD FIXEDATOM PRINT COORDINATIONNUMBER DISTANCE FLUSH | core bias generic vatom opes symfunc colvar multicolvar setup |
| 23.010 | An Efficient Metadynamics-Based Protocol To Model the Binding Affinity and the Transition State Ensemble of G‑Protein-Coupled Receptor Ligands | bio | GPCR, binding free energy, free energy surface | Timothy Clark | UPPER_WALLS CONSTANT WHOLEMOLECULES PRINT DISTANCE MATHEVAL METAD LOWER_WALLS BIASVALUE | generic colvar function bias |
| 23.008 | PBMetaD simulations of Histatin5 | bio | metadynamics, IDP, Rg, PPII | Francesco Pesce | MOLINFO GROUP GYRATION WHOLEMOLECULES PRINT TORSION PBMETAD | bias core colvar generic |
| 22.041 | Skipping the Replica Exchange Ladder with Normalizing Flows | methods | OPES, alanine, normalizing flows, replica exchange | Michele Invernizzi | POSITION OPES_EXPANDED UNITS ECV_MULTITHERMAL OPES_METAD PRINT ENDPLUMED TORSION ENERGY | opes colvar generic setup |
| 22.039 | Driving and characterizing nucleation of urea and glycine polymorphs in water | bio | metadynamics, nucleation, amino acids, polymorphism | Eric Beyerle | PAIRENTROPY GROUP Q6 INCLUDE Q4 PRINT COORDINATIONNUMBER COMBINE LOAD MATHEVAL METAD CENTER | core generic bias vatom symfunc function gridtools setup |
| 22.027 | Molecular Dynamics simulations of BANAL-236 RBD-hACE2 complexes | bio | SARS-CoV-2, COVID-19, MD, human-ACE2, spike, BANAL-236, receptor-binding domain | Max Bonomi | RMSD PRINT | colvar generic |
| 22.025 | Bubble nucleation rate predictions in a Lennard-Jones fluid | materials | free energies, kinetics, reweighted Jarzynski sampling, neural network, nucleation | Kristof Bal | UPPER_WALLS CUSTOM DUMPGRID VOLUME REWEIGHT_BIAS HISTOGRAM COMMITTOR UNITS MOVINGRESTRAINT ANN PRINT COORDINATIONNUMBER RESTRAINT LOAD CONVERT_TO_FES FLUSH BIASVALUE | bias generic annfunc colvar function gridtools symfunc setup |
| 22.011 | Accelerating all-atom simulations and gaining mechanistic understanding of biophysical systems through State Predictive Information Bottleneck | methods | metadynamics, membrane permeation, protein folding | Shams Mehdi | UPPER_WALLS XANGLES MOLINFO CUSTOM ZANGLES YANGLES ALPHABETA WHOLEMOLECULES COM PRINT COMBINE DISTANCE MATHEVAL METAD TORSION LOWER_WALLS | generic bias vatom colvar function multicolvar |
| 21.044 | NaCl nucleation | chemistry | metadynamics, DFS clustering | Aaron Finney | LOCAL_Q6 MFILTER_MORE GROUP DUMPGRID HISTOGRAM Q6 CONTACT_MATRIX CLUSTER_DISTRIBUTION DFSCLUSTERING CLUSTER_NATOMS FIXEDATOM PRINT COORDINATIONNUMBER COMBINE INSPHERE METAD | core generic bias vatom clusters symfunc function gridtools adjmat volumes multicolvar |
| 21.022 | Predictive theoretical framework for dynamic control of bio-inspired hybrid nanoparticle self-assembly | materials | parallel bias metadynamics, adsorption, peptide | Xin Qi | UPPER_WALLS MOLINFO COM PRINT DISTANCE GYRATION LOWER_WALLS ENERGY PBMETAD | vatom generic colvar bias |
| 21.014 | how to determine statistically accurate conformational ensembles | bio | metadynamics, metainference, errors, cv, SAXS, ensemble determination | Cristina Paissoni | ANTIBETARMSD TORSION MOLINFO STATS SAXS ALPHABETA BIASVALUE WHOLEMOLECULES CONTACTMAP PRINT ENSEMBLE METAD GYRATION CENTER PBMETAD | generic bias vatom isdb colvar function multicolvar secondarystructure |
| 21.012 | NMR-Guided Rational Engineering of Endocellulase from Acidothermus Cellulolyticus for Reducing Product Inhibition | bio | funnel metadynamics | Jim Pfaendtner | UPPER_WALLS FUNNEL_PS COM FUNNEL PRINT DISTANCE METAD LOWER_WALLS | generic bias vatom colvar funnel |
| 20.031 | Soft fluorescent nanoshuttles targeting receptors | chemistry | polymers, receptors, nanoparticles, fluorescent probes | Adriana Pietropaolo | COORDINATION WHOLEMOLECULES PRINT CENTER PBMETAD | vatom bias colvar generic |
| 20.030 | Converging experimental and computational views of the knotting mechanism of the smallest knotted protein | bio | phi-values, transition state, knotted proteins | Cristina Paissoni | STATS MOLINFO COORDINATION WHOLEMOLECULES PRINT RESTRAINT COMBINE | bias colvar function generic |
| 20.016 | Predicting polymorphism in molecular crystals using orientational entropy | materials | metadynamics, polymorphism, urea, naphthalene, g(r), pair correlation, entropy | Pablo Piaggi | UPPER_WALLS GROUP INCLUDE PRINT LOAD METAD VOLUME CENTER | core generic bias vatom colvar setup |
| 20.005 | Muscarinic M2 receptor/ligand Frequency-Adaptive Metadynamics and QM/MM calculations | bio | Frequency-adaptive metadynamics, multiple-walkers metadynamics, well-tempered metadynamics, GPCR, receptor, Adiabatic Bias MD | Riccardo Capelli | HISTOGRAM WHOLEMOLECULES ENDPLUMED DISTANCE CONVERT_TO_FES UPPER_WALLS DUMPGRID CONTACTMAP COM METAD FLUSH MOLINFO REWEIGHT_METAD COMBINE LOWER_WALLS FUNCPATHMSD PRINT READ ABMD | bias generic vatom colvar function gridtools |
| 19.074 | Asymmetric base pair opening in nucleic acids | bio | double helix, DNA, RNA, unwindability | Giovanni Bussi | COORDINATION WHOLEMOLECULES ENDPLUMED RESTRAINT DISTANCE LOWER_WALLS | bias colvar generic |
| 19.070 | Unexpected Dynamics in the UUCG RNA Tetraloop | bio | well-tempered metadynamics, RNA, UUCG, maximum entropy | Sandro Bottaro | ERMSD MOLINFO WHOLEMOLECULES RMSD PRINT DISTANCE METAD TORSION | bias colvar generic |
| 19.069 | Solvent Dynamics and Thermodynamics at the Crystal-Solution Interface of Ibuprofen | materials | ibuprofen, crystal, solvent, surface | Matteo Salvalaglio | GROUP INCLUDE PRINT ENDPLUMED DISTANCE CENTER | vatom core colvar generic |
| 19.064 | Amphiphilic Peptide Binding on Crystalline vs. Amorphous Silica from Molecular Dynamics Simulations | materials | metadynamics, peptide-surface binding | Jim Pfaendtner | UPPER_WALLS MOLINFO COM PRINT DISTANCE METAD GYRATION ENERGY | vatom generic colvar bias |
| 19.053 | Capillary fluctuations with PLUMED | methods | nucleation, surface tension, capillary fluctuations | Gareth Tribello | MULTICOLVARDENS DUMPGRID MORE_THAN GROUP UNITS FIND_CONTOUR_SURFACE FOURIER_TRANSFORM FCCUBIC CENTER | core vatom symfunc function gridtools fourier contour setup |
| 19.050 | Using intrinsic surface to calculate the free energy change when nanoparticles adsorb on membranes | chemistry | metadynamics, membranes, Willard Chandler surface | Gareth Tribello | UPPER_WALLS DUMPGRID RESTART REWEIGHT_BIAS HISTOGRAM PRINT COMBINE DISTANCE_FROM_CONTOUR METAD CONVERT_TO_FES READ | bias generic function gridtools contour setup |
| 19.040 | Optimal Metric for Path Collective Variables | bio | metadynamics, path collective variables, sgoop, alanine tripeptide, conformational changes, optimal path | Francesco Luigi Gervasio | MATHEVAL PRINT ENDPLUMED METAD TORSION | bias colvar function generic |
| 19.039 | Funnel Metadynamics | bio | funnel-metadynamics, absolute binding free energy, ligand-receptor complexes | Vittorio Limongelli | UPPER_WALLS FUNNEL_PS WHOLEMOLECULES RMSD COM FUNNEL PRINT DISTANCE METAD LOWER_WALLS | generic bias vatom colvar funnel |
| 19.037 | Scission free energy of organic dyes | chemistry | metadynamics, multiple walkers, matheval/lepton | Paolo Raiteri | UPPER_WALLS RESTART UNITS PRINT DISTANCE MATHEVAL METAD FLUSH | generic bias colvar function setup |
| 19.028 | pRAVE | methods | RAVE, reaction coordinate, deep learning, metadynamics, kinetics | Pratyush Tiwary | RESTART EXTERNAL COMMITTOR ALPHABETA WHOLEMOLECULES COM PRINT COMBINE DISTANCE TORSION | generic bias vatom colvar function multicolvar setup |
| 19.025 | Metadynamic metainference Convergence towards force field independent structural ensembles of a disordered peptide | bio | metainference, NMR, protein dynamics, force-fields | Carlo Camilloni | STATS TORSION MOLINFO PBMETAD BIASVALUE WHOLEMOLECULES JCOUPLING RDC PRINT ENDPLUMED ENSEMBLE CS2BACKBONE GYRATION FLUSH METAINFERENCE | bias generic isdb colvar function |
| 19.018 | Excited state FEP/Metadynamics simulations | chemistry | metadynamics, FEP, excited states, conjugated polymers, torsional potential | Adriana Pietropaolo | CONSTANT WHOLEMOLECULES MATHEVAL PRINT METAD TORSION BIASVALUE | bias colvar function generic |
| 19.009 | RNA tetraloops folding | bio | metadynamics, RNA, folding | Giovanni Bussi | ERMSD MOLINFO WHOLEMOLECULES RMSD PRINT ENDPLUMED METAD | bias colvar generic |
| 26.004 | Resolving the ambiguous binding site of quercetin at the calcineurin subunit junction using funnel metadynamics with deep learning collective variables | bio | metadynamics, funnel metadynamics, DeepTICA | Jason Loo | PYTORCH_MODEL GROUP LOWER_WALLS COORDINATION FUNNEL METAD ENERGY WRAPAROUND UPPER_WALLS COM RMSD WHOLEMOLECULES FUNNEL_PS MATHEVAL PRINT DISTANCE | generic colvar core funnel function pytorch vatom bias |
| 25.024 | Sampling glycan-glycan interactions for B22 calculations | bio | B22, glycan, carbohydrates, distance, REST2, metadynamics, RECT, replica exchange | Isabell Louise Grothaus | COMBINE METAD RESTRAINT POSITION COM PRINT DISTANCE | generic colvar function vatom bias |
| 25.020 | Revealing Water-Mediated Activation Mechanisms in the Beta 1-Adrenergic Receptor via OneOPES-Enhanced Free Energy Landscapes | bio | OneOPES, GPCR, ADRB1, activation, microswitches, conformational changes, allostery | Valerio Rizzi | OPES_METAD_EXPLORE GROUP LOWER_WALLS COORDINATION OPES_EXPANDED CENTER ECV_MULTITHERMAL CUSTOM ENERGY PATHMSD DISTANCES GHOST UPPER_WALLS RMSD PRINT DISTANCE | opes generic colvar core multicolvar function vatom bias |
| 25.015 | Assessment of Force Fields for Describing Conformational Polymorphic Crystals of ROY | materials | Molecular crystal, Force Field, Collective Variable | Pradip Si and Omar Valsson | TORSIONS DUMPMULTICOLVAR DISTANCES PRINT SMAC | symfunc generic multicolvar |
| 24.036 | Leveraging cryptic ligand envelopes through enhanced molecular simulations | bio | HREX, conformational heterogeneity, drug discovery, ligand binding, plitidepsin, aplidin, ligand-target complexes, cryptic ligand envelope | Francesco Colizzi | GROUP COORDINATION ANGLE HISTOGRAM DUMPGRID TORSION CONVERT_TO_FES WHOLEMOLECULES PRINT DISTANCE | core gridtools generic colvar |
| 24.023 | Investigating Ligand-Mediated Conformational Dynamics of Pre-miR21. A Machine-Learning-Aided Enhanced Sampling Study | bio | RNA, miRNA, OneOPES, ligand binding, conformational changes | Valerio Rizzi | OPES_METAD_EXPLORE GROUP COORDINATION OPES_EXPANDED COMBINE RESTART ECV_MULTITHERMAL CUSTOM ENERGY TORSION PRINT DISTANCE | opes generic colvar core setup function |
| 23.033 | DNA G-quadruplex and G-hairpin folding with ST-metaD protocol | bio | DNA, G4, GQ, quadruplex, hairpin, folding, metadynamics, REST2, ST-metaD | Pavlína Pokorná | COORDINATION COMBINE METAD MOLINFO BIASVALUE GHBFIX ERMSD WHOLEMOLECULES PRINT | generic function bias colvar |
| 23.023 | Rational design of novel biomimetic sequence-defined polymers for mineralization applications | methods | metadynamics, surface binding, biomimetic mineralization | Kaylyn Torkelson | COORDINATION GYRATION PBMETAD UPPER_WALLS COM PRINT DISTANCE | vatom bias generic colvar |
| 22.045 | Binding mode and mechanism of enzymatic polyethylene terephthalate degradation | bio | metadynamics, TfCut2, PET, HREX, enzymatic polyethylene terephthalate degradation | Francesco Colizzi | LOWER_WALLS ANGLE MOVINGRESTRAINT METAD UPPER_WALLS COM WHOLEMOLECULES PRINT DISTANCE | vatom bias generic colvar |
| 22.024 | Conformational Entropy as a Potential Liability of Computationally Designed Antibodies | bio | metadynamics, conformational entropy, antibody, nanobody | Thomas Löhr | ANTIBETARMSD WHOLEMOLECULES ALPHARMSD RESTART MOLINFO PBMETAD TORSION COM ALPHABETA PRINT | generic secondarystructure colvar setup multicolvar vatom bias |
| 22.023 | Determination of the structure and dynamics of the fuzzy coat of an amyloid fibril of IAPP using cryo-electron microscopy | bio | CryoEM, MEMMI,EMMI, Metadynamics, Metainference, IAPP, structural ensemble | Faidon Brotzakis | GROUP COORDINATION RESTART MOLINFO EMMI BIASVALUE PBMETAD TORSION UPPER_WALLS COM RMSD WHOLEMOLECULES PRINT | isdb generic colvar core setup vatom bias |
| 22.021 | Phase diagram of the TIP4P/Ice water model by enhanced sampling simulations | chemistry | Ice, water, nucleation, environment similarity, interfaces, phase diagram, multiumbrella | Sigbjørn Løland Bore | INCLUDE LOWER_WALLS OPES_EXPANDED ECV_UMBRELLAS_LINE UPPER_WALLS ENVIRONMENTSIMILARITY PRINT | opes bias generic envsim |
| 22.018 | Describing Inhibitor Specificity for the Amino Acid Transporter LAT1 from Metainference Simulations | bio | ligand binding, docking, EMMI, LAT1 | Max Bonomi | GROUP MOLINFO EMMIVOX BIASVALUE WHOLEMOLECULES PRINT LOAD | isdb generic core setup bias |
| 22.012 | Identification of a HTT-specific binding motif in DNAJB1 essential for suppression and disaggregation of HTT | bio | contact maps, protein-protein interactions | Isabell-Louise Grothaus | CONTACTMAP CENTER PRINT DISTANCE | vatom generic colvar |
| 22.008 | Ab initio metadynamics determination of temperature-dependent free-energy landscape in ultrasmall silver clusters | materials | Well tempered metadynamics, ab-initio, ase | Daniel Sucerquia | COORDINATION LOWER_WALLS COMBINE UNITS GYRATION METAD COORDINATIONNUMBER UPPER_WALLS COM FLUSH DISTANCE | generic colvar setup symfunc function vatom bias |
| 22.007 | Characterization of a natural variant of human NDP52 and its functional consequences on mitophagy | bio | metadynamics, well-tempered, protein-protein interactions, disordered proteins, mutations autophagy | Elena Papaleo | COORDINATION WHOLEMOLECULES ANGLE ALPHARMSD MOLINFO METAD TORSION UPPER_WALLS FLUSH ALPHABETA PRINT DISTANCE | generic secondarystructure colvar multicolvar bias |
| 22.000 | Amyloid precursor protein processing by human γ-secretase | bio | Bias Exchange Metadynamics, Helix unfolding, coupled binding | Xiaoli Lu | INCLUDE ANTIBETARMSD COORDINATION RANDOM_EXCHANGES ALPHARMSD CENTER UNITS MOLINFO METAD CONTACTMAP PRINT DISTANCE | generic secondarystructure colvar setup vatom bias |
| 21.019 | Reducing Crystal Structure Overprediction of Ibuprofen with Large Scale Molecular Dynamics Simulations | materials | Crystal/Energy landscapes, Molecular Dynamics, Ibuprofen | Matteo Salvalaglio | TORSIONS KDE COM MATHEVAL PRINT DISTANCE | generic gridtools colvar multicolvar function vatom |
| 21.015 | Coarse-grained metadynamics and umbrella sampling simulations to investigate interactions of carbohydrate-binding modules with chitin | bio | metadynamics, umbrella sampling, coarse-grained, MARTINI, chitin, carbohydrate-binding module | Gaston Courtade | COORDINATION MATHEVAL CENTER RESTART METAD RESTRAINT POSITION WHOLEMOLECULES REWEIGHT_BIAS PRINT | generic colvar setup function vatom bias |
| 21.002 | Phase equilibrium of water with hexagonal and cubic ice using the SCAN functional | materials | ice, water, SCAN, OPES, VES, multithermal, crystallization, environment similarity, refcv, reweighting | Pablo Piaggi | OPES_EXPANDED TD_UNIFORM MATHEVAL OPT_AVERAGED_SGD VES_LINEAR_EXPANSION RESTART ENERGY Q6 ECV_UMBRELLAS_LINE ECV_MULTITHERMAL_MULTIBARIC UPPER_WALLS VOLUME ENVIRONMENTSIMILARITY PRINT BF_LEGENDRE | opes generic colvar setup envsim symfunc function ves bias |
| 20.025 | The role of water in host-guest interaction | bio | ligand binding, water, opes, SAMPL5 | Valerio Rizzi | PYTORCH_MODEL GROUP COORDINATION ANGLE CENTER FIXEDATOM ENERGY ENDPLUMED OPES_METAD FIT_TO_TEMPLATE UPPER_WALLS WHOLEMOLECULES MATHEVAL PRINT DISTANCE | opes generic colvar core function pytorch vatom bias |
| 20.020 | Parallel Bias Metadynamics | methods | pbmetad, trp-cage, folding | Max Bonomi | INCLUDE COORDINATION WHOLEMOLECULES MOLINFO GYRATION PBMETAD ALPHABETA DIHCOR PRINT | bias generic multicolvar colvar |
| 20.012 | Combining Machine Learning and Enhanced Sampling Techniques for Efficient and Accurate Calculation of Absolute Binding Free Energies | bio | metadynamics, well-tempered ensemble, ligand binding, binding affinity calculations, novel COLVAR, funnel restraints, Hamiltonian replica-exchange, PathCV, COMetPath, SWISH | Francesco Gervasio | INCLUDE GROUP LOWER_WALLS MATHEVAL PROJECTION_ON_AXIS METAD MOLINFO CONTACTMAP BIASVALUE CONSTANT UPPER_WALLS COM DISTANCE WHOLEMOLECULES PRINT LOAD FUNCPATHGENERAL | generic colvar core setup function vatom bias |
| 20.009 | The dynamics of linear polyubiquitin | bio | saxs, martini, metainference, metadynamics, ubiquitin, protein dynamics | Carlo Camilloni | ENSEMBLE WHOLEMOLECULES CENTER MOLINFO GYRATION METAINFERENCE PBMETAD TORSION FLUSH ALPHABETA STATS PRINT SAXS DISTANCE | isdb generic colvar multicolvar function vatom bias |
| 20.008 | Simulating solvation and acidity in complex mixtures with first-principles accuracy. The case of CH3SO3H and H2O2 in phenol | chemistry | proton trasfer, metadynamics | Kevin Rossi | COORDINATION UNITS METAD CUSTOM DISTANCES PRINT | generic colvar setup multicolvar function bias |
| 19.066 | Finding ligand unbinding reaction pathways | methods | maze, ligand unbinding | Jakub Rydzewski | MAZE_OPTIMIZER_BIAS UNITS POSITION MAZE_LOSS MAZE_SIMULATED_ANNEALING PRINT | setup maze generic colvar |
| 19.060 | Neural networks-based variationally enhanced sampling | methods | ves, neural networks | Luigi Bonati | UNITS POSITION ENERGY ENDPLUMED TORSION Q6 ENVIRONMENTSIMILARITY PRINT LOAD | generic colvar setup envsim symfunc |
| 19.054 | MetaFEP | methods | metadynamics, chemistry, free energy perturbation | GiovanniMaria Piccini | LOWER_WALLS COMBINE UNITS METAD ENERGY UPPER_WALLS FLUSH PRINT DISTANCE | generic colvar setup function bias |
| 19.022 | eABF simulation of NANMA (alanine dipeptide) | methods | eABF, DRR, alanine dipeptide | Haochuan Chen | DRR TORSION PRINT | drr generic colvar |
| 19.019 | FA-MetaD-JCP-Wang-et-al | bio | Frequency adaptive metadynamics; peptide | Kresten Lindorff-Larsen | COMBINE METAD MOLINFO COMMITTOR FLUSH ALPHABETA PRINT | generic function bias multicolvar |
| 19.015 | Ibuprofen conformational dynamics and thermodynamics surface | materials | Ibuprofen, crystal, surface, solvents, conformers, metadynamics | Matteo Salvalaglio | LOWER_WALLS CENTER METAD COMMITTOR TORSION UPPER_WALLS PRINT DISTANCE | vatom bias generic colvar |