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 |
---|---|---|---|---|---|---|
25.024 | Sampling glycan-glycan interactions for B22 calculations | bio | B22, glycan, carbohydrates, distance, REST2, metadynamics, RECT, replica exchange | Isabell Louise Grothaus | DISTANCE COMBINE METAD PRINT RESTRAINT POSITION COM | generic vatom bias function colvar |
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 SMAC PRINT DUMPMULTICOLVAR DISTANCES | generic multicolvar symfunc |
25.010 | Kinetic rates calculation with Ratchet&Pawl MD | methods | kinetics, ligand binding, ABMD, ratchet&pawl MD | Riccardo Capelli | WHOLEMOLECULES COMMITTOR DISTANCE ABMD GROUP PRINT FLUSH COM | generic core vatom bias colvar |
25.009 | Ab Initio Multiple Walkers Metadynamics Simulations of Nitrate Photolysis in Water | chemistry | metadynamics, nitrate photolysis | Kam-Tung Chan | RESTART REWEIGHT_METAD DISTANCE CUSTOM COORDINATION UPPER_WALLS METAD DUMPGRID PRINT GROUP FLUSH HISTOGRAM READ | generic core colvar function bias gridtools setup |
25.003 | Surrogate Model CV | methods | Metadynamics, OPES, Machine Learning, Collective Variable, Protein Folding | Sompriya Chatterjee | TORSION WHOLEMOLECULES COMMITTOR DISTANCE COMBINE OPES_METAD CUSTOM ENERGY PYTORCH_MODEL MOLINFO PRINT MATHEVAL GROUP ENDPLUMED | opes generic core function colvar pytorch |
25.000 | Molecular mechanism of Arp2/3 activation by nucleation promoting factors and actin monomer | bio | metadynamics, pathCV | Sahithya Sridharan Iyer | RESTART WHOLEMOLECULES DISTANCE UPPER_WALLS METAD PRINT MOLINFO GROUP FUNCPATHGENERAL COM | generic core vatom bias colvar function setup |
24.030 | NMR guided simulation of dsRBD | bio | Metainference, NMR, protein dynamics | Debadutta Patra | METAINFERENCE RDC ALPHABETA WHOLEMOLECULES DISTANCE GROUP PRINT MOLINFO FLUSH STATS ENSEMBLE | generic core isdb colvar function multicolvar |
24.009 | Weighted Shape Gaussian Mixture Models | bio | metadynamics, clustering | Glen Hocky | TORSION UNITS METAD PRINT GROUP | generic core bias colvar setup |
24.006 | Water vapor condensation | chemistry | metadynamics, homogeneous condensation, chemical potential | Shenghui Zhong | CLUSTER_PROPERTIES UNITS CONTACT_MATRIX UPPER_WALLS COORDINATIONNUMBER METAD PRINT CLUSTER_NATOMS DFSCLUSTERING | symfunc adjmat generic clusters bias setup |
24.005 | Learning Markovian Dynamics with Spectral Maps | methods | spectral map, collective variables, machine learning | Jakub Rydzewski | UNITS DISTANCE CUSTOM PRINT BIASVALUE | generic bias function colvar 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 | GYRATION TORSION WHOLEMOLECULES ALPHABETA INCLUDE DISTANCE MOVINGRESTRAINT COORDINATION PRINT COM | generic vatom bias colvar multicolvar |
23.046 | Lasso Peptides - HLDA CV | bio | metadynamics, protein folding, HLDA, harmonic | Gabriel da Hora | WHOLEMOLECULES UNITS DISTANCE COMBINE METAD PRINT | generic bias setup function colvar |
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 | WHOLEMOLECULES DISTANCE METAD PRINT RMSD MOLINFO MATHEVAL | bias function colvar 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 | WHOLEMOLECULES FIT_TO_TEMPLATE UPPER_WALLS METAD WRAPAROUND PRINT MOLINFO CENTER GROUP POSITION DISTANCES SHADOW | generic core isdb vatom colvar bias multicolvar |
23.025 | Probing ion binding to G-quadruplexes and related events | chemistry | metadynamics, repulsive potential, nucleic acids, G-quadruplexes | Marcelo Poleto | RESTART WHOLEMOLECULES UNITS FIT_TO_TEMPLATE DISTANCE UPPER_WALLS WRAPAROUND METAD DUMPATOMS PRINT GROUP FLUSH MATHEVAL LOWER_WALLS POSITION DISTANCES COM | generic core vatom bias colvar function multicolvar setup |
23.024 | Permutationally Invariant Networks for Enhanced Sampling (PINES) | methods | collective variables, enhanced sampling, data-driven, deep learning, permutational invariance, solvent | Nicholas Herringer | PBMETAD LOAD PRINT | generic bias setup |
23.022 | A unified framework for machine learning collective variables for enhanced sampling simulations: mlcolvar | methods | collective variables, machine learning, toy model | Enrico Trizio | UNITS OPES_METAD UPPER_WALLS CUSTOM PRINT PYTORCH_MODEL LOWER_WALLS POSITION BIASVALUE ENDPLUMED | pytorch opes generic function bias colvar setup |
23.014 | Structural basis of dimerization of chemokine receptors CCR5 and CXCR4 | bio | metadynamics, oligomerization, chemokine receptors, GPCR, membrane | Vittorio Limongelli | TORSION WHOLEMOLECULES DISTANCE COMBINE METAD UPPER_WALLS PRINT FLUSH COM | generic vatom bias function colvar |
22.043 | Atomistic simulations of RNA tetraloop folding via expanded ensemble OPES | bio | OPES, RNA, Tetraloop, Folding | Gül Zerze | CONTACTMAP WHOLEMOLECULES PRINT ENERGY ECV_UMBRELLAS_LINE ECV_MULTITHERMAL OPES_EXPANDED | opes colvar generic |
22.033 | Reciprocal barrier restraint. Application to PROTAC passive permeability prediction | methods | PROTAC, membrane permeability, PMF, restraint, meta-eABF, metadynamics, DRR | Istvan Kolossvary | UNITS DISTANCE METAD CUSTOM PRINT FLUSH BIASVALUE DRR COM | drr generic vatom bias function colvar setup |
22.026 | Designing Sequence-Defined Peptoids for Fibrillar Self-Assembly and Silicification | materials | Peptoid, silica | Jim Pfaendtner | GYRATION DISTANCE UPPER_WALLS PRINT MOLINFO PBMETAD COM | bias vatom colvar generic |
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 | GYRATION UNITS DISTANCE COMBINE UPPER_WALLS COORDINATION METAD LOWER_WALLS COORDINATIONNUMBER FLUSH COM | symfunc generic vatom bias function colvar setup |
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 BF_LEGENDRE RESTART PAIRENTROPY COMBINE METAD TD_WELLTEMPERED ENERGY PRINT LOAD OPT_AVERAGED_SGD VOLUME | ves generic bias function colvar gridtools 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 | RESTART WHOLEMOLECULES DISTANCE EMMI UPPER_WALLS PRINT MOLINFO GROUP BIASVALUE COM | generic core isdb vatom bias colvar setup |
21.032 | Metal-coupled folding mechanism to metallothionein | bio | parallel bias metadynamics, well tempered metadynamics, metal binding, metalloprotein, zinc coordination | Manuel-Peris Diaz | WHOLEMOLECULES UNITS COORDINATION GROUP PBMETAD | generic core bias setup colvar |
21.029 | Making high-dimensional molecular distribution functions tractable through Belief Propagation on Factor Graphs | bio | metadynamics, small peptide, machine learning | Pratyush Tiwary | RESTART TORSION ENERGY PRINT MOLINFO FLUSH EXTERNAL | bias generic colvar setup |
21.027 | EGFR activating mutations mechanism | bio | metadynamics, well-tempered ensemble, Parallel-tempering, EGFR, L858R, A763-Y764insFQEA, D770-N771insNPG, Delta-ELREA | Francesco Gervasio | CONTACTMAP WHOLEMOLECULES INCLUDE DISTANCE UPPER_WALLS METAD ENERGY PRINT MOLINFO ALPHARMSD MATHEVAL LOWER_WALLS | generic secondarystructure bias function colvar |
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 GROUP COM | core vatom 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 | WHOLEMOLECULES COMBINE COORDINATION PRINT MOLINFO RESTRAINT STATS | bias colvar function generic |
20.029 | High Conformational Flexibility of the E2F1/DP1/DNA complex | bio | SAXS, protein-DNA complex, hySAXS, ensemble determination | Cristina Paissoni | WHOLEMOLECULES INCLUDE DISTANCE PRINT MOLINFO CENTER RESTRAINT GROUP BIASVALUE STATS SAXS ENSEMBLE | generic core isdb vatom bias colvar function |
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 | DISTANCE METAD TORSION PRINT | bias colvar generic |
20.025 | The role of water in host-guest interaction | bio | ligand binding, water, opes, SAMPL5 | Valerio Rizzi | ANGLE WHOLEMOLECULES FIT_TO_TEMPLATE DISTANCE OPES_METAD COORDINATION UPPER_WALLS ENERGY PYTORCH_MODEL CENTER PRINT FIXEDATOM MATHEVAL GROUP ENDPLUMED | opes generic core vatom bias colvar function pytorch |
20.015 | Rational design of ASCT2 inhibitors using an integrated experimental-computational approach | bio | ASCT2 transporter, small-molecules, cryo-EM, metainference | Max Bonomi | WHOLEMOLECULES DUMPATOMS PRINT MOLINFO LOAD EMMIVOX GROUP BIASVALUE | generic core isdb bias setup |
20.011 | Uremic toxin analysis | bio | metadynamics, uremic toxin, serum albumin | Jim Pfaendtner | RESTART WHOLEMOLECULES DISTANCE COORDINATION PRINT CENTER GROUP DISTANCES | generic core vatom colvar setup multicolvar |
20.009 | The dynamics of linear polyubiquitin | bio | saxs, martini, metainference, metadynamics, ubiquitin, protein dynamics | Carlo Camilloni | GYRATION METAINFERENCE TORSION WHOLEMOLECULES ALPHABETA DISTANCE PRINT CENTER MOLINFO FLUSH PBMETAD STATS SAXS ENSEMBLE | generic isdb vatom colvar bias function multicolvar |
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 | RESTART WHOLEMOLECULES PATHMSD UPPER_WALLS METAD PRINT MOLINFO GROUP | generic core bias colvar setup |
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 | HISTOGRAM COM REWEIGHT_METAD DISTANCE COMBINE UPPER_WALLS ABMD METAD PRINT DUMPGRID CONVERT_TO_FES MATHEVAL LOWER_WALLS ENDPLUMED READ | generic vatom bias function colvar gridtools |
19.059 | cis-trans isomerization of the Ac-Ala-Ala-Pro-Ala-Lys-NH2 peptide | bio | bias-exchange metadynamics, cis-trans isomerization | Fabrizio Marinelli | TORSION INCLUDE RANDOM_EXCHANGES METAD PRINT | bias colvar generic |
19.052 | Gibbs free energy of homogeneous nucleation | materials | nucleation, surface excess free energy | Gareth Tribello | UNITS CELL UPPER_WALLS METAD PRINT FCCUBIC ENDPLUMED | symfunc generic bias colvar setup |
19.051 | Solid liquid interfacial free energy out of equilibrium | materials | metadynamics, nucleation, surface excess free energy | Gareth Tribello | UNITS CELL AROUND METAD UPPER_WALLS PRINT FCCUBIC LOWER_WALLS ENDPLUMED | symfunc generic volumes bias colvar setup |
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 TORSION WHOLEMOLECULES ALPHABETA BRIDGE REWEIGHT_METAD DISTANCE COMBINE UPPER_WALLS METAD LOWER_WALLS RMSD PRINT MOLINFO GROUP DISTANCES COM | adjmat generic core vatom colvar funnel bias function multicolvar |
19.039 | Funnel Metadynamics | bio | funnel-metadynamics, absolute binding free energy, ligand-receptor complexes | Vittorio Limongelli | FUNNEL COM WHOLEMOLECULES DISTANCE METAD UPPER_WALLS RMSD PRINT LOWER_WALLS FUNNEL_PS | funnel generic vatom bias colvar |
19.036 | Thermodynamics and kinetics of G protein-coupled receptor activation | bio | metadynamics, allostery, receptor conformation, GPCR, pharmacology | Davide Provasi | CONTACTMAP COM WHOLEMOLECULES DISTANCE METAD RMSD PRINT FUNCPATHMSD ENDPLUMED | generic vatom bias function colvar |
19.035 | Dimerization of GPCRs from coarse-grained umbrella sampling | bio | Umbrella sampling, coarse-grained, GPCR, protein-protein binding free energy, dimerization | Davide Provasi | TORSION DISTANCE PRINT RESTRAINT GROUP COM | generic core vatom bias colvar |
19.005 | Cmyc small molecule interaction | bio | metadynamics, metainference, disordered protein, small molecule interaction, c-myc, cancer, IDP | Gabriella Heller | GYRATION METAINFERENCE ALPHABETA WHOLEMOLECULES INCLUDE DISTANCE COORDINATION PRINT MOLINFO CENTER GROUP PBMETAD CS2BACKBONE | generic core isdb vatom colvar bias multicolvar |
19.003 | EMMI ClpP | bio | metainference, cryo-EM | Max Bonomi | EMMI PRINT MOLINFO GROUP BIASVALUE | core isdb bias generic |
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 | EMMIVOX GROUP BIASVALUE WHOLEMOLECULES MOLINFO PRINT | isdb core bias 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 | METAD TORSION PUCKERING DISTANCE RESTART RESTRAINT MOLINFO PRINT MOVINGRESTRAINT | colvar 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 | COMMITTOR FLUSH OPES_METAD GROUP DISTANCES FIXEDATOM ZDISTANCES UPPER_WALLS COORDINATIONNUMBER DISTANCE UNITS CUSTOM PRINT | function generic symfunc colvar setup bias vatom core multicolvar opes |
24.012 | Molecular simulations to investigate the impact of N6-methylation in RNA recognition | bio | metadynamics, alchemistry, RNA modification, RNA:protein interactions | Giovanni Bussi | COMBINE METAD GROUP BIASVALUE GHBFIX COM LOWER_WALLS DISTANCE DEBUG UPPER_WALLS COORDINATION CENTER MOLINFO PRINT | function generic colvar bias vatom core |
24.004 | Enhanced sampling of Crystal Nucleation with Graph Representation Learnt Variables | materials | metadynamics, nucleation, machine learning | Ziyue Zou | METAD GROUP LOAD RESTART INCLUDE PRINT | core bias setup generic |
23.002 | Critical comparison of general-purpose collective variables for crystal nucleation | methods | metadynamics, umbrella sampling, commitor, entropy, PIV | Julien Lam | ENERGY METAD LOCAL_AVERAGE Q6 RESTRAINT UNITS VOLUME PAIRENTROPY Q4 UPPER_WALLS CUSTOM FUNCPATHMSD PRINT PIV | function piv generic symfunc colvar setup bias gridtools |
22.042 | Metadynamics of NSP10 and variants | bio | metadynamics, NSP10, crystal structure, variants | Shozeb Haider | METAD TORSION PRINT | colvar bias generic |
22.038 | Enhanced Sampling Aided Design of Molecular Photoswitches | chemistry | reaction discovery, OPES explore, graph CV | Umberto Raucci | PYTORCH_MODEL OPES_METAD_EXPLORE UNITS COORDINATION CUSTOM PRINT | function pytorch generic colvar setup opes |
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 | TORSION PBMETAD WHOLEMOLECULES MOLINFO GYRATION | colvar bias generic |
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 | FLUSH METAD BIASVALUE DRR CUSTOM PATHMSD PRINT | function generic colvar bias drr |
22.018 | Describing Inhibitor Specificity for the Amino Acid Transporter LAT1 from Metainference Simulations | bio | ligand binding, docking, EMMI, LAT1 | Max Bonomi | EMMIVOX GROUP BIASVALUE WHOLEMOLECULES LOAD MOLINFO PRINT | generic isdb setup bias core |
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 | COMMITTOR FIT_TO_TEMPLATE PYTORCH_MODEL OPES_METAD GROUP FIXEDATOM CUSTOM RMSD LOWER_WALLS WHOLEMOLECULES DISTANCE UPPER_WALLS COORDINATION CENTER MATHEVAL PRINT | function pytorch generic colvar bias vatom core opes |
21.052 | On the Role of Solvent in the Formation of Vacancies on Ibuprofen Crystal Facets | materials | Ibuprofen, unbinding, WTmetaD | Matteo Salvalaglio | COMMITTOR METAD TORSION ENDPLUMED DISTANCE COORDINATIONNUMBER CENTER PRINT | generic symfunc colvar bias vatom |
21.051 | Automatic learning of hydrogen-bond fixes in an AMBER RNA force field | methods | force field, RNA | Giovanni Bussi | COMBINE METAD BIASVALUE COORDINATION WHOLEMOLECULES ERMSD MOLINFO PRINT | colvar bias function generic |
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 | METAD TORSION COM LOWER_WALLS UNITS DISTANCE UPPER_WALLS CUSTOM PRINT | function generic colvar setup bias vatom |
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 | COMBINE METAD LOWER_WALLS DISTANCE COORDINATIONNUMBER UPPER_WALLS COORDINATION PRINT | function generic symfunc colvar bias |
21.019 | Reducing Crystal Structure Overprediction of Ibuprofen with Large Scale Molecular Dynamics Simulations | materials | Crystal/Energy landscapes, Molecular Dynamics, Ibuprofen | Matteo Salvalaglio | KDE COM DISTANCE TORSIONS MATHEVAL PRINT | function generic colvar gridtools vatom multicolvar |
21.012 | NMR-Guided Rational Engineering of Endocellulase from Acidothermus Cellulolyticus for Reducing Product Inhibition | bio | funnel metadynamics | Jim Pfaendtner | METAD COM LOWER_WALLS FUNNEL DISTANCE FUNNEL_PS UPPER_WALLS PRINT | funnel generic colvar bias vatom |
21.005 | Crystallization Collective Variable | methods | Crystallization, Collective Variable, OPES, Structure Factor, Phase transitions, Deep-LDA | Tarak Karmakar | FLUSH PYTORCH_MODEL OPES_METAD GROUP LOWER_WALLS LOAD UPPER_WALLS MATHEVAL PRINT | function pytorch generic setup bias core opes |
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 WHOLEMOLECULES UPPER_WALLS RESTART PATHMSD PRINT | colvar setup bias generic |
21.001 | Substrate recognition and catalysis by glycosaminoglycan sulfotransferases | bio | metadynamics, well-tempered metadynamics, puckering, coordination | Tarsis Ferreira | ENERGY HISTOGRAM RANDOM_EXCHANGES METAD GROUP REWEIGHT_METAD LOWER_WALLS PUCKERING DISTANCE WHOLEMOLECULES DUMPGRID UPPER_WALLS COORDINATION INCLUDE MOLINFO PRINT | generic colvar bias gridtools core |
20.031 | Soft fluorescent nanoshuttles targeting receptors | chemistry | polymers, receptors, nanoparticles, fluorescent probes | Adriana Pietropaolo | PBMETAD WHOLEMOLECULES COORDINATION CENTER PRINT | colvar bias vatom generic |
20.023 | metadynminer and metadynminer3d | methods | metadynamics, visualization, R | Vojtech Spiwok | METAD TORSION PRINT | colvar bias generic |
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 | MOLINFO METAD GROUP BIASVALUE MATHEVAL COM LOWER_WALLS WHOLEMOLECULES DISTANCE LOAD CONTACTMAP UPPER_WALLS PROJECTION_ON_AXIS INCLUDE CONSTANT PRINT FUNCPATHGENERAL | function generic colvar setup bias vatom core |
19.062 | Elucidating molecular design principles for charge-alternating peptides | bio | peptide folding, metadynamics, well-tempered ensemble, parallel tempering | Jim Pfaendtner | ENERGY METAD WHOLEMOLECULES GYRATION PRINT | colvar bias generic |
19.060 | Neural networks-based variationally enhanced sampling | methods | ves, neural networks | Luigi Bonati | POSITION ENERGY TORSION Q6 ENDPLUMED LOAD UNITS ENVIRONMENTSIMILARITY PRINT | generic symfunc colvar setup envsim |
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 | POSITION FLUSH METAD GROUP UNITS LOWER_WALLS UPPER_WALLS RESTART COORDINATION PRINT | generic colvar setup bias core |
19.042 | Harmonic Linear Discriminant Analysis (HLDA) | methods | metadynamics, chemistry, HLDA | GiovanniMaria Piccini | ENERGY FLUSH COMBINE METAD UNITS DISTANCE UPPER_WALLS PRINT | function generic colvar setup bias |
19.028 | pRAVE | methods | RAVE, reaction coordinate, deep learning, metadynamics, kinetics | Pratyush Tiwary | COMBINE COMMITTOR ALPHABETA TORSION COM WHOLEMOLECULES DISTANCE EXTERNAL RESTART PRINT | function generic colvar setup bias vatom multicolvar |
19.020 | PTMetaD-WTE simulation of the Ntail IDP | bio | metadynamics, IDPs, protein folding | Mattia Bernetti | ENERGY METAD WHOLEMOLECULES ENDPLUMED ALPHARMSD MOLINFO GYRATION PRINT | colvar bias generic secondarystructure |
19.017 | Ligand binding pathways exploration | bio | metadynamics, ligand binding | Riccardo Capelli | POSITION FLUSH FIT_TO_TEMPLATE HISTOGRAM GROUP METAD READ CONVERT_TO_FES REWEIGHT_METAD COM WHOLEMOLECULES ENDPLUMED DUMPGRID UPPER_WALLS COORDINATION MATHEVAL WRAPAROUND PRINT | function generic colvar bias gridtools vatom core |
19.010 | Multi-domain protein dynamics | bio | metainference, NMR, protein dynamics | Carlo Camilloni | DHENERGY ALPHABETA GROUP TORSION PBMETAD METAINFERENCE ENSEMBLE RESTRAINT DIHCOR WHOLEMOLECULES DISTANCE ENDPLUMED UPPER_WALLS STATS CENTER MOLINFO PRINT RDC | function generic isdb colvar bias vatom core multicolvar |
19.000 | VesDeltaF | methods | VES, convergence, suboptimal CVs | Michele Invernizzi | ENERGY POSITION METAD TORSION UNITS ENDPLUMED LOAD VES_DELTA_F RESTART PRINT | generic colvar setup bias ves |
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 | LOWER_WALLS ECV_MULTITHERMAL COORDINATION GHOST DISTANCES GROUP PRINT OPES_EXPANDED OPES_METAD_EXPLORE UPPER_WALLS PATHMSD CENTER CUSTOM RMSD DISTANCE ENERGY | vatom colvar multicolvar opes generic function core bias |
24.034 | Umbrella sampling of ion in transporter SLC26A7 | bio | umbrella sampling, transporter, ions | Xiaoli Lu | PRINT RESTRAINT POSITION UNITS | colvar generic bias 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 | LOWER_WALLS ANGLE ENDPLUMED COORDINATION WHOLEMOLECULES ENERGY TORSION GROUP FIT_TO_TEMPLATE MATHEVAL PRINT OPES_EXPANDED FIXEDATOM OPES_METAD_EXPLORE UPPER_WALLS DISTANCE ECV_MULTITHERMAL CENTER | vatom colvar opes generic function core bias |
23.036 | Is the local ion density sufficient to drive NaCl nucleation in vacuum and in water? | bio | NaCl, nucleation, metadynamics | Ruiyu Wang | COMBINE Q6 VOLUME MATHEVAL Q4 PRINT METAD COORDINATIONNUMBER ENERGY | colvar symfunc generic function bias |
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 | ERMSD MOLINFO COMBINE WHOLEMOLECULES COORDINATION PRINT BIASVALUE METAD GHBFIX | colvar generic bias function |
23.028 | Reactant-Induced Dynamics of Lithium Imide Surfaces during the Ammonia Decomposition Process | chemistry | Ammonia decomposition; Dynamics;OPES; Neural Network potential | Manyi Yang | FLUSH LOWER_WALLS UNITS ENERGY DISTANCES GROUP MATHEVAL PRINT FIXEDATOM UPPER_WALLS CUSTOM COM ZDISTANCES COORDINATIONNUMBER OPES_METAD COMMITTOR DISTANCE | vatom colvar multicolvar symfunc opes generic function core bias setup |
23.008 | PBMetaD simulations of Histatin5 | bio | metadynamics, IDP, Rg, PPII | Francesco Pesce | WHOLEMOLECULES TORSION GROUP GYRATION PRINT MOLINFO PBMETAD | colvar generic bias core |
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 | READ EXTRACV TORSION PRINT METAD | 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 | LOWER_WALLS CONTACTMAP WHOLEMOLECULES PRINT UPPER_WALLS METAD ENERGY | colvar generic bias |
22.040 | From Closed to Open. Omicron Mutations Increase Interdomain Interactions and Reduce Epitope Exposure | bio | SARS-CoV-2, Spike, Omicron | Miłosz Wieczór | LOWER_WALLS WHOLEMOLECULES PRINT UPPER_WALLS PCAVARS METAD | mapping generic bias |
22.031 | Rare Event Kinetics from Adaptive Bias Enhanced Sampling | methods | OPES Flooding, Kinetics, Rate, OPES, Machine Learning | Dhiman Ray | CONTACTMAP POSITION PRINT CUSTOM OPES_METAD ENERGY ENDPLUMED COMBINE BIASVALUE UNITS CONSTANT INCLUDE TORSION GROUP PYTORCH_MODEL WHOLEMOLECULES MOLINFO DISTANCE RMSD COMMITTOR | colvar opes generic function core bias pytorch setup |
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 | LOWER_WALLS ENVIRONMENTSIMILARITY INCLUDE ECV_UMBRELLAS_LINE PRINT OPES_EXPANDED UPPER_WALLS | envsim bias generic opes |
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 | XANGLES LOWER_WALLS COMBINE WHOLEMOLECULES YANGLES TORSION ZANGLES MATHEVAL PRINT UPPER_WALLS COM METAD MOLINFO CUSTOM ALPHABETA DISTANCE | vatom colvar multicolvar generic function bias |
22.004 | Discover, Sample and Refine. Exploring Chemistry with Enhanced Sampling Techniques | chemistry | reaction discovery, OPES, collective variables | Umberto Raucci | LOWER_WALLS COORDINATION COM LOAD GROUP MATHEVAL PRINT OPES_METAD_EXPLORE UPPER_WALLS UNITS PYTORCH_MODEL CUSTOM OPES_METAD DISTANCE | vatom colvar opes generic function core bias pytorch setup |
22.000 | Amyloid precursor protein processing by human γ-secretase | bio | Bias Exchange Metadynamics, Helix unfolding, coupled binding | Xiaoli Lu | CONTACTMAP RANDOM_EXCHANGES ALPHARMSD COORDINATION INCLUDE PRINT ANTIBETARMSD UNITS METAD MOLINFO DISTANCE CENTER | vatom colvar generic secondarystructure bias setup |
21.039 | Deep learning the slow modes for rare events sampling | methods | collective variables, machine learning, slow modes, deep-tica, opes | Luigi Bonati | CONTACTMAP ENVIRONMENTSIMILARITY LOAD PRINT OPES_METAD ENERGY ENDPLUMED COMBINE Q6 OPES_EXPANDED UNITS ECV_MULTITHERMAL VOLUME INCLUDE TORSION GROUP PYTORCH_MODEL FLUSH WHOLEMOLECULES MOLINFO DISTANCE RMSD | colvar symfunc opes generic function core envsim pytorch setup |
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 | LOWER_WALLS RANDOM_EXCHANGES COORDINATION WHOLEMOLECULES DIHCOR ALPHARMSD GROUP GYRATION PRINT ANTIBETARMSD UPPER_WALLS PARABETARMSD METAD MOLINFO ENERGY | colvar multicolvar generic secondarystructure core bias |
21.030 | Thermodynamic Basis for Stabilization of Helical Peptoids by Chiral Sidechains | bio | parallel bias parallel tempered metadynamics in WTE, synthetic foldamers, self-assembly, peptoid secondary structure | Jim Pfaendtner | COORDINATION INCLUDE TORSION GYRATION PRINT COM METAD DISTANCE ALPHABETA PBMETAD ENERGY | vatom colvar multicolvar generic bias |
21.022 | Predictive theoretical framework for dynamic control of bio-inspired hybrid nanoparticle self-assembly | materials | parallel bias metadynamics, adsorption, peptide | Xin Qi | LOWER_WALLS GYRATION PRINT UPPER_WALLS COM MOLINFO DISTANCE PBMETAD ENERGY | vatom colvar generic bias |
21.003 | aSYN SAXS metainference | bio | metainference, SAXS | Kresten Lindorff-Larsen | FLUSH ALPHARMSD WHOLEMOLECULES SAXS GROUP GYRATION PRINT BIASVALUE MOLINFO METAINFERENCE EEFSOLV PBMETAD CENTER | vatom colvar isdb generic secondarystructure core 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 | FLUSH LOWER_WALLS ENDPLUMED WHOLEMOLECULES GROUP CS2BACKBONE PRINT BIASVALUE UPPER_WALLS ALPHABETA ANTIBETARMSD MOLINFO PBMETAD | isdb multicolvar generic secondarystructure core bias |
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 | LOAD TD_WELLTEMPERED PRINT RESTART ENERGY COMBINE Q6 OPT_AVERAGED_SGD VES_LINEAR_EXPANSION LOWER_WALLS VOLUME CONVERT_TO_FES HISTOGRAM MATHEVAL REWEIGHT_TEMP_PRESS UPPER_WALLS CELL REWEIGHT_BIAS OPT_DUMMY READ BF_LEGENDRE DUMPGRID TD_MULTITHERMAL_MULTIBARIC | colvar gridtools symfunc generic ves function bias setup |
19.057 | SAXS ensembles using Martini-Beads multi-scale SAXS | methods | metainference, SAXS, martini, ensemble determination, metadynamics, protein dynamics | Cristina Paissoni | ANGLE ENDPLUMED COMBINE COORDINATION WHOLEMOLECULES ENSEMBLE INCLUDE SAXS GROUP MATHEVAL PRINT BIASVALUE STATS ALPHABETA MOLINFO PBMETAD CENTER | vatom colvar isdb multicolvar generic function core bias |
19.040 | Optimal Metric for Path Collective Variables | bio | metadynamics, path collective variables, sgoop, alanine tripeptide, conformational changes, optimal path | Francesco Luigi Gervasio | ENDPLUMED TORSION MATHEVAL PRINT METAD | colvar generic bias function |
19.031 | Ice nucleation using PIV-based path coordinates | materials | phase transitions, nucleation, TIP4P, path CV, PIV, metadynamics | Silvio Pipolo | LOWER_WALLS PIV PRINT UPPER_WALLS FUNCPATHMSD METAD CELL | colvar generic function piv bias |
19.030 | Coarse-Grained MetaDynamics (CG-MetaD) | bio | Coarse-grained, metadynamics, protein-protein interaction, protein-protein binding free energy | Vittorio Limongelli | LOWER_WALLS WHOLEMOLECULES PRINT UPPER_WALLS COM METAD DISTANCE | vatom colvar generic bias |
19.024 | PT-MetaD-WTE | methods | metadynamics, WTE, trp cage, PT | Jim Pfaendtner | COORDINATION GROUP EXTERNAL METAD ENERGY | colvar bias core |
19.013 | RNA FF FITTING | methods | force field, RNA | Giovanni Bussi | PUCKERING INCLUDE TORSION MATHEVAL BIASVALUE CONSTANT MOLINFO | colvar generic bias function |
19.009 | RNA tetraloops folding | bio | metadynamics, RNA, folding | Giovanni Bussi | ERMSD ENDPLUMED WHOLEMOLECULES PRINT METAD MOLINFO RMSD | colvar generic 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 | LOWER_WALLS RESTRAINT ANGLE METAD DISTANCE PRINT FIXEDATOM COORDINATION COMBINE COORDINATIONNUMBER UNITS FLUSH UPPER_WALLS COM GROUP DISTANCES | multicolvar generic setup core symfunc bias colvar function vatom |
25.023 | Molecular simulations of Tau-protein oligomers | bio | metadynamics, proteins, aggregation | Giovanni Bussi | RMSD RESTART RESTRAINT FLUSH METAD PRINT CUSTOM CONTACTMAP | setup generic colvar function bias |
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 | RMSD OPES_METAD_EXPLORE CENTER GHOST GROUP MOLINFO DISTANCE PRINT ECV_MULTITHERMAL OPES_EXPANDED COORDINATION CUSTOM COMBINE ENERGY | vatom generic core opes colvar function |
25.011 | Chiral perovskite nucleation | chemistry | metadynamics, chiral perovskites, nucleation | Adriana Pietropaolo | RESTART DISTANCE UNITS MATHEVAL PRINT MULTI_RMSD PBMETAD UPPER_WALLS LOWER_WALLS | setup generic colvar function bias |
24.029 | Combination of OPES and OPES-Explore | methods | OPES, OPES-Explore, Metadynamics, Protein Folding, Ligand Binding, Chignolin, Trypsin | Dhiman Ray | GROUP MOLINFO DISTANCE PRINT INCLUDE CONTACTMAP UNITS CENTER OPES_METAD FLUSH FIXEDATOM WHOLEMOLECULES METAD CUSTOM PYTORCH_MODEL MATHEVAL COORDINATION BIASVALUE COMBINE UPPER_WALLS LOWER_WALLS RMSD OPES_METAD_EXPLORE POSITION ENDPLUMED ENERGY FIT_TO_TEMPLATE | vatom setup generic pytorch core opes colvar function bias |
24.026 | Constant pH metadynamics of RNA oligomers | bio | metadynamics, pH, RNA | Giovanni Bussi | RESTART MOLINFO TORSION PUCKERING METAD PRINT | colvar setup generic bias |
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 OPES_METAD DISTANCE PRINT COORDINATION UPPER_WALLS | colvar generic opes bias |
24.002 | Using Metadynamics to Reveal Extractant Conformational Free Energy Landscapes | chemistry | metadynamics, ligand design, solvent extraction | Xiaoyu Wang | RESTART TORSION METAD PRINT UNITS | colvar setup generic bias |
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 | OPES_METAD FLUSH DISTANCE LOWER_WALLS TORSION PRINT CUSTOM COMBINE COMMITTOR UPPER_WALLS UNITS | setup generic opes colvar function bias |
23.044 | Synthesis of C60/[10]CPP-Catenanes by Regioselective, Nanocapsule-Templated Bingel Bis-Addition | materials | metadynamics, interlocked molecules | Luigi Leanza | DUMPGRID GROUP ENDPLUMED METAD PRINT CONVERT_TO_FES HISTOGRAM COORDINATION READ COMMITTOR | generic core colvar gridtools 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 | RMSD MOLINFO DISTANCE WHOLEMOLECULES MATHEVAL METAD PRINT CONVERT_TO_FES HISTOGRAM READ DUMPGRID REWEIGHT_METAD | generic gridtools colvar function bias |
23.007 | Origins of Conformational Heterogeneity in Peptoid Helices formed by Chiral N-1-Phenylethyl Sidechains | bio | metadynamics, peptoids, parallel-bias metadynamics | Jim Pfaendtner | RESTRAINT PBMETAD TORSION WHOLEMOLECULES GYRATION PRINT INCLUDE COORDINATION COM | vatom colvar generic bias |
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 | RESTART ECV_UMBRELLAS_LINE PRINT OPES_EXPANDED ENVIRONMENTSIMILARITY HISTOGRAM DUMPGRID UPPER_WALLS LOWER_WALLS | setup generic opes envsim gridtools bias |
22.037 | Splitting of Energetic and Dynamics Base Pairing Cooperativity in DNA Duplexes by an Abasic Site | chemistry | metadynamics, DNA, abasic | Mike Jones | METAD PRINT DISTANCE DISTANCES | colvar multicolvar generic bias |
22.028 | N-glycan conformer distributions in atomistic simulation | bio | REST2, RECT, N-glycan, pucker | Isabell Grothaus | MOLINFO TORSION PUCKERING METAD PRINT CONVERT_TO_FES HISTOGRAM READ DUMPGRID | colvar gridtools generic bias |
22.022 | Modulation of Multidrug Resistance Protein 1 - mediated transport processes by the antiretroviral drug ritonavir | bio | RMSD, protein-ligand interactions | Isabell Grothaus | RMSD PRINT | colvar generic |
22.015 | Enhancing the Inhomogeneous Photodynamics of Canonical Bacteriophytochrome | bio | photodynamics, bacteriophytochrome, variationally enhanced sampling | Jakub Rydzewski | TD_UNIFORM OPT_AVERAGED_SGD TORSION PRINT VES_LINEAR_EXPANSION BF_FOURIER | ves colvar generic |
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 | DISTANCE PRINT CONTACTMAP CENTER | colvar generic vatom |
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 | METAD LOAD PRINT WHOLEMOLECULES | setup generic bias |
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 | VES_OUTPUT_BASISFUNCTIONS DISTANCE PRINT INCLUDE BF_WAVELETS UNITS BF_GAUSSIANS OPT_ADAM FLUSH METAD TD_WELLTEMPERED TD_UNIFORM OPT_AVERAGED_SGD BF_CUBIC_B_SPLINES BF_LEGENDRE BF_CHEBYSHEV COORDINATION VES_LINEAR_EXPANSION UPPER_WALLS POSITION ENERGY | setup generic colvar ves bias |
21.049 | Multiple-path-metadynamics and PathMaps | methods | path-CV, metadynamics, multiple-walker, multiple paths, pathmap | Alberto Pérez-de-Alba-Ortíz | LOAD LOWER_WALLS RESTRAINT CONSTANT TORSION MOVINGRESTRAINT METAD PRINT ENSEMBLE CUSTOM COMBINE UPPER_WALLS UNITS | setup generic colvar function bias |
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 | RESTART CENTER POSITION REWEIGHT_BIAS RESTRAINT WHOLEMOLECULES MATHEVAL METAD PRINT COORDINATION | vatom setup generic colvar function bias |
21.011 | CmuMD simulations of NaCl(aq) at graphite | chemistry | CmuMD, DFS clustering | Aaron Finney | LOAD AROUND MFILTER_MORE CLUSTER_DISTRIBUTION GROUP FIXEDATOM COORDINATIONNUMBER RESTRAINT DFSCLUSTERING PRINT CLUSTER_NATOMS CONTACT_MATRIX DENSITY DUMPGRID MULTICOLVARDENS | vatom setup symfunc multicolvar generic core adjmat gridtools clusters volumes bias |
20.019 | Systematic finite-temperature reduction of crystal energy landscapes | materials | crystals, organics, structure prediction | Matteo Salvalaglio | LOWER_WALLS CELL METAD PRINT MATHEVAL UPPER_WALLS ENERGY VOLUME | colvar function generic 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 | METAD PRINT DISTANCES COORDINATION CUSTOM UNITS | setup multicolvar generic colvar function bias |
20.007 | Discovering loop conformational flexibility in T4lysozyme mutants through artificial intelligence aided molecular dynamics | bio | metadynamics, loop movement, artificial intelligence | Pratyush Tiwary | RMSD RESTART MOLINFO DISTANCE TORSION WHOLEMOLECULES METAD PRINT COMBINE UPPER_WALLS | setup generic colvar function bias |
19.070 | Unexpected Dynamics in the UUCG RNA Tetraloop | bio | well-tempered metadynamics, RNA, UUCG, maximum entropy | Sandro Bottaro | RMSD MOLINFO DISTANCE TORSION WHOLEMOLECULES METAD PRINT ERMSD | colvar generic bias |
19.066 | Finding ligand unbinding reaction pathways | methods | maze, ligand unbinding | Jakub Rydzewski | POSITION MAZE_OPTIMIZER_BIAS PRINT MAZE_LOSS MAZE_SIMULATED_ANNEALING UNITS | colvar setup generic maze |
19.065 | Molecular Enhanced Sampling with Autoencoders | methods | enhanced sampling, collective variables, deep learning | Wei Chen | POSITION ANN RESTRAINT COMBINE COM | annfunc vatom colvar function bias |
19.032 | Chemical reaction in solution using path collective variables based on coordination patterns | chemistry | chemical reactions, solutions, metadynamics, coordination patterns | Fabio Pietrucci | RESTART PATH FLUSH METAD PRINT DISTANCES UPPER_WALLS | setup multicolvar generic mapping bias |
19.029 | WTE-metaD of FF domain of URNF1 C57D variant | bio | metadynamics, mutations, post-translational modification, ff domain | Elena Papaleo | GROUP ALPHABETA MOLINFO WHOLEMOLECULES GYRATION METAD PRINT UPPER_WALLS LOWER_WALLS | multicolvar generic core colvar bias |
19.018 | Excited state FEP/Metadynamics simulations | chemistry | metadynamics, FEP, excited states, conjugated polymers, torsional potential | Adriana Pietropaolo | CONSTANT TORSION WHOLEMOLECULES MATHEVAL METAD PRINT BIASVALUE | colvar function generic bias |
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 | CUSTOM GROUP OPES_METAD CENTER COM FUNNEL_PS UPPER_WALLS WRAPAROUND WHOLEMOLECULES TORSION COORDINATION RMSD FUNNEL MATHEVAL COMMITTOR PRINT METAD LOWER_WALLS | bias colvar core function funnel opes generic vatom |
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 | DISTANCE READ VOLUME DUMPATOMS GYRATION CENTER RESTART UPDATE_IF PBMETAD MOLINFO WHOLEMOLECULES TORSION PRINT INCLUDE ENERGY | bias colvar generic setup vatom |
25.001 | RNA G-quadruplex folding with ST-metaD protocol | bio | RNA, G4, GQ, quadruplex, folding, metadynamics, REST2, ST-metaD | Pavlína Pokorná | COMBINE ERMSD MOLINFO WHOLEMOLECULES METAD | function generic bias colvar |
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 | DISTANCE GROUP OPES_METAD CUSTOM RESTART UPPER_WALLS COORDINATION UNITS COMMITTOR PRINT LOWER_WALLS | bias colvar core function generic opes setup |
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 | GROUP TORSION LOAD COMMITTOR PRINT METAD | bias colvar core generic setup |
24.016 | Cryo-EM guided simulations of ribozyme | bio | metainference, cryo-EM | Giovanni Bussi | GROUP ERMSD RESTRAINT MOLINFO WHOLEMOLECULES EMMIVOX BIASVALUE PRINT INCLUDE | bias colvar core isdb generic |
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 | FLUSH MOLINFO PYTORCH_MODEL DRR COORDINATION UPPER_WALLS WHOLEMOLECULES RMSD PRINT METAD LOWER_WALLS | bias colvar generic pytorch drr |
24.011 | Computing the Committor with the Committor, an Anatomy of the Transition State Ensemble | methods | committor, machine learning | Peilin Kang | DISTANCE WHOLEMOLECULES RMSD UNITS CELL MOLINFO LOAD MATHEVAL INCLUDE LOWER_WALLS CUSTOM POSITION ENDPLUMED BIASVALUE GROUP UPPER_WALLS COORDINATION TORSION PRINT ENERGY | bias colvar core function generic setup |
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 | DISTANCE ALPHARMSD FUNCPATHMSD PATHMSD METAD MOLINFO UPPER_WALLS INCLUDE PRINT CONTACTMAP LOWER_WALLS | bias colvar secondarystructure function generic |
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 | SELECT_COMPONENTS SUM FLUSH TRANSPOSE MATHEVAL PRINT INCLUDE METAD | bias function generic matrixtools valtools |
23.039 | Thermodynamically inspired machine-learned reaction coordinates for hydrophobic ligand dissociation | chemistry | metadynamics, ligand dissociation | Eric Beyerle | DISTANCE COMBINE FIXEDATOM CENTER RESTRAINT MOLINFO UPPER_WALLS DUMPMASSCHARGE PRINT METAD | bias colvar function generic vatom |
23.027 | CmuMD simulations of NaCl(aq) at NaCl | chemistry | CmuMD, DFS, Q3, Pair Entropy | Aaron Finney | GROUP HISTOGRAM FIXEDATOM LOCAL_Q3 RESTRAINT DFSCLUSTERING CLUSTER_DISTRIBUTION CLUSTER_NATOMS LOCAL_AVERAGE AROUND LOAD UNITS PRINT COORDINATIONNUMBER CONTACT_MATRIX DUMPGRID Q3 DENSITY | gridtools symfunc bias clusters core adjmat generic volumes setup vatom |
23.020 | FEP simulations of ATOX1 homodimer | chemistry | parallel bias metadynamics, FEP, free-energy of metal ion dissociation | Adriana Pietropaolo | DISTANCE CONSTANT PBMETAD ANGLE MATHEVAL WHOLEMOLECULES BIASVALUE PRINT | function generic bias colvar |
23.012 | JAK2 2D meta-eABF PMF with statistical analysis | bio | 2D meta-eABF, path CV, PMF | Istvan Kolossvary | CUSTOM PATHMSD FLUSH UPPER_WALLS DRR BIASVALUE PRINT METAD LOWER_WALLS | bias colvar function drr generic |
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 | CUSTOM UPPER_WALLS DRMSD MATHEVAL CELL COMMITTOR PRINT METAD LOWER_WALLS | function generic bias colvar |
22.030 | Mixing physics across temperatures with generative artificial intelligence | methods | REMD, Generative AI, DDPM | Yihang Wang | WHOLEMOLECULES TORSION PRINT | generic colvar |
22.006 | Peptide framework for screening the effects of amino acids on assembly | bio | metadynamics, peptides | Andrew White | HISTOGRAM COMBINE GROUP GYRATION COM METAD REWEIGHT_BIAS DISTANCES PRINT DUMPGRID INCLUDE CONVERT_TO_FES | gridtools multicolvar bias colvar core function generic vatom |
21.044 | NaCl nucleation | chemistry | metadynamics, DFS clustering | Aaron Finney | GROUP COMBINE INSPHERE HISTOGRAM FIXEDATOM DUMPGRID LOCAL_Q6 MFILTER_MORE DFSCLUSTERING CLUSTER_DISTRIBUTION CLUSTER_NATOMS Q6 COORDINATIONNUMBER CONTACT_MATRIX PRINT METAD | gridtools symfunc multicolvar bias clusters core adjmat function generic volumes vatom |
21.038 | Towards automated sampling of polymorph nucleation and free energies with SGOOP and metadynamics | materials | metadynamics, SGOOP, nucleation, urea | Ziyue Zou | GROUP COMBINE VOLUME ENERGY CENTER LOAD COORDINATIONNUMBER PRINT INCLUDE METAD | symfunc bias colvar core function generic setup vatom |
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 | RANDOM_EXCHANGES PBMETAD ENDPLUMED TORSION PRINT INCLUDE METAD | generic bias colvar |
21.020 | Reweighted Jarzynski sampling | methods | free energies, steered MD, neural network, nonequilibrium work, nucleation, chemical reactions | Kristof Bal | DISTANCE RESTRAINT BF_CHEBYSHEV UNITS METAD ANN LOAD COORDINATIONNUMBER PRINT CUSTOM COMBINE REWEIGHT_METAD MOVINGRESTRAINT REWEIGHT_BIAS FLUSH TD_WELLTEMPERED BIASVALUE CONVERT_TO_FES HISTOGRAM OPES_METAD CONSTANT VES_LINEAR_EXPANSION OPT_AVERAGED_SGD UPPER_WALLS DUMPGRID | gridtools symfunc bias colvar annfunc generic function opes setup ves |
21.017 | All-atom simulations of the Vav1 AD construct | bio | metadynamics, parallel-bias, well-tempered | Simone Orioli | GROUP ALPHARMSD RESTART PBMETAD REWEIGHT_BIAS MOLINFO WHOLEMOLECULES ALPHABETA PRINT CONTACTMAP METAD | multicolvar bias colvar core secondarystructure generic setup |
21.016 | MD SAXS GTPase associated center | bio | metadynamics, RNA, folding, SAXS | Giovanni Bussi | CUSTOM GROUP ERMSD GYRATION MOLINFO SAXS WHOLEMOLECULES UPPER_WALLS INCLUDE PRINT METAD LOWER_WALLS | bias colvar core isdb function generic |
20.033 | COVID-19 Spike protein opening transition mechanism | bio | EMMI, CryoEM, COVID-19, Spike, Metainference | Faidon Brotzakis | READ HISTOGRAM GROUP DISTANCES MOLINFO EMMI WHOLEMOLECULES RMSD PRINT BIASVALUE DUMPGRID CONVERT_TO_FES | gridtools multicolvar bias colvar core isdb generic |
20.022 | Unified Approach to Enhanced Sampling | methods | OPES, expanded ensembles, importance sampling | Michele Invernizzi | ECV_LINEAR WHOLEMOLECULES ECV_MULTITHERMAL_MULTIBARIC RMSD UNITS OPES_EXPANDED VOLUME MOLINFO LOAD ECV_MULTITHERMAL MATHEVAL CUSTOM POSITION ENDPLUMED UPPER_WALLS ENVIRONMENTSIMILARITY TORSION Q6 PRINT ECV_UMBRELLAS_LINE ENERGY | symfunc bias colvar envsim function generic opes setup |
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 | RESTRAINT MOLINFO COORDINATION WHOLEMOLECULES PRINT STATS | function generic bias colvar |
20.017 | FISST | methods | FISST, force, peptide, sampling, tempering | Glen Hocky | DISTANCE GROUP BIASVALUE GYRATION RESTRAINT UNITS MATHEVAL FISST PRINT ENERGY | bias colvar core fisst function generic setup |
20.006 | Class B GPCR activation mechanism | bio | metadynamics, well-tempered ensemble, multiple walkers, Parallel-tempering metadynamics, GPCRs, ligand binding | Francesco Gervasio | DISTANCE LOWER_WALLS COMBINE CENTER MOLINFO UPPER_WALLS WHOLEMOLECULES RMSD MATHEVAL PRINT METAD ENERGY | bias colvar function generic vatom |
19.080 | Ensemble-Based Molecular Simulation of Chemical Reactions under Vibrational Nonequilibrium | methods | ves, variationally enhanced sampling, vibrational excitation, chemical reactions | Kristof Bal | DISTANCE EXTERNAL HISTOGRAM COMBINE DUMPGRID TD_GRID VES_LINEAR_EXPANSION LOWER_WALLS OPT_AVERAGED_SGD FLUSH ANGLE UPPER_WALLS COORDINATION BF_CHEBYSHEV UNITS TD_WELLTEMPERED PRINT CONVERT_TO_FES | gridtools bias colvar function generic setup ves |
19.077 | Molecular Recognition and Specificity of Biomolecules to Titanium Dioxide from MD Simulations | materials | metadynamics, peptide-surface binding | Jim Pfaendtner | DISTANCE GYRATION COM MOLINFO UPPER_WALLS PRINT METAD ENERGY | generic vatom bias colvar |
19.064 | Amphiphilic Peptide Binding on Crystalline vs. Amorphous Silica from Molecular Dynamics Simulations | materials | metadynamics, peptide-surface binding | Jim Pfaendtner | DISTANCE GYRATION COM MOLINFO UPPER_WALLS PRINT METAD ENERGY | generic vatom bias colvar |
19.061 | Diffusion in porous materials | materials | metadynamics, porous materials, diffusion | Kim E. Jelfs | DISTANCE GROUP CENTER COM RESTART UPPER_WALLS PRINT METAD LOWER_WALLS | bias colvar core generic setup vatom |
19.058 | Constrained MD for maintaining a cavity in a calculation | chemistry | constrained MD, porous molecules, porosity, cavity | Kim Jelfs | MOVINGRESTRAINT COM RESTART DISTANCES FLUSH INPLANEDISTANCES PRINT | multicolvar bias generic setup vatom |
19.056 | maze | methods | maze, ligand unbinding | Jakub Rydzewski | POSITION MAZE_LOSS MAZE_SIMULATED_ANNEALING UNITS MAZE_OPTIMIZER_BIAS PRINT | setup generic maze colvar |
19.053 | Capillary fluctuations with PLUMED | methods | nucleation, surface tension, capillary fluctuations | Gareth Tribello | MORE_THAN GROUP MULTICOLVARDENS CENTER FCCUBIC FIND_CONTOUR_SURFACE UNITS DUMPGRID FOURIER_TRANSFORM | gridtools symfunc fourier core function contour setup vatom |
19.037 | Scission free energy of organic dyes | chemistry | metadynamics, multiple walkers, matheval/lepton | Paolo Raiteri | DISTANCE RESTART FLUSH UPPER_WALLS UNITS MATHEVAL PRINT METAD | bias colvar function generic setup |
19.023 | RECT | methods | metadynamics, replica exchange | Giovanni Bussi | GYRATION WHOLEMOLECULES TORSION PRINT METAD | generic bias colvar |
19.021 | Coarse-Grained Directed Simulation | methods | experiment directed simulation, coarse-grain, bias | Glen Hocky | DISTANCE COMBINE RESTRAINT TORSION EDS PRINT | bias colvar function generic eds |
19.019 | FA-MetaD-JCP-Wang-et-al | bio | Frequency adaptive metadynamics; peptide | Kresten Lindorff-Larsen | COMBINE MOLINFO FLUSH ALPHABETA COMMITTOR PRINT METAD | function generic bias multicolvar |
19.015 | Ibuprofen conformational dynamics and thermodynamics surface | materials | Ibuprofen, crystal, surface, solvents, conformers, metadynamics | Matteo Salvalaglio | DISTANCE CENTER UPPER_WALLS TORSION COMMITTOR PRINT METAD LOWER_WALLS | generic vatom bias colvar |
19.012 | Martini-Beads multi-scale SAXS | methods | metainference, SAXS, martini, structure refinement, nucleic-acids, protein complex | Carlo Camilloni | DISTANCE GROUP CENTER RESTRAINT ENDPLUMED MOLINFO UPPER_WALLS WHOLEMOLECULES SAXS RMSD BIASVALUE PRINT INCLUDE STATS | bias colvar core isdb function generic vatom |
19.007 | EMMI Microtubules | bio | metainference, cryo-EM | Max Bonomi | GROUP MOLINFO EMMI WHOLEMOLECULES BIASVALUE PRINT | isdb core generic bias |
25.022 | Imidazole Diffusion in SALEM-2 MOF | materials | OPES, Diffusion, Ring opening, MOFs, Machine Learning Potentials | Sudheesh Kumar Ethirajan | DISTANCE PRINT WHOLEMOLECULES ENDPLUMED OPES_METAD DISTANCES CENTER UNITS MOLINFO PROJECTION_ON_AXIS GROUP | setup vatom generic colvar core multicolvar opes |
25.014 | Atomic resolution ensembles of intrinsically disordered proteins with Alphafold | bio | bAIes, AlphaFold2, random coil, IDPs, Bayesian refinement | Vincent Schnapka | BIASVALUE PRINT GROUP BAIES | isdb bias generic core |
24.031 | DeepLNE | methods | PATHCV, OPES, OneOPES | Thorben Fröhlking | PYTORCH_MODEL RESTART ECV_MULTITHERMAL PRINT ERMSD VOLUME ENERGY OPES_METAD_EXPLORE COMBINE MOLINFO COORDINATION OPES_EXPANDED | setup function generic colvar opes pytorch |
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 | CUSTOM PYTORCH_MODEL RESTART UPPER_WALLS DISTANCE FIT_TO_TEMPLATE PATH PRINT WHOLEMOLECULES OPES_METAD TORSION LOWER_WALLS CENTER FIXEDATOM COORDINATION GROUP | setup vatom function bias generic colvar core mapping opes pytorch |
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 | CUSTOM RESTART DISTANCE ECV_MULTITHERMAL PRINT ENERGY OPES_METAD_EXPLORE TORSION COMBINE COORDINATION GROUP OPES_EXPANDED | setup function generic colvar core opes |
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 | CUSTOM DISTANCE PRINT GYRATION WHOLEMOLECULES OPES_METAD TORSION COMBINE MOLINFO COORDINATION ALPHARMSD | secondarystructure function generic colvar opes |
24.007 | SWISH-X | bio | swish-x, SWISH-X, swish, expanded SWISH | Alberto Borsatto | CONTACTMAP UPPER_WALLS ECV_MULTITHERMAL INCLUDE PRINT WHOLEMOLECULES ENERGY MOLINFO OPES_EXPANDED | bias generic colvar opes |
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 | ZDISTANCES UPPER_WALLS DISTANCE FIXEDATOM COORDINATIONNUMBER PRINT FLUSH OPES_METAD UNITS GROUP | setup vatom bias generic colvar core multicolvar symfunc opes |
23.040 | Supramolecular capsules assembly dynamics | chemistry | Self-assembly, H-bond capsules, resorcinarene, pyrogallolarene, metadynamics | Riccardo Capelli | CUSTOM POSITION DISTANCE PRINT FLUSH WHOLEMOLECULES METAD COM DISTANCES CENTER UNITS GROUP | setup vatom function bias generic colvar core multicolvar |
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 | DISTANCE UPPER_WALLS CONSTANT PRINT WHOLEMOLECULES METAD BIASVALUE LOWER_WALLS CENTER MATHEVAL | vatom function bias generic colvar |
23.034 | Urea nucleation in water: do long-range forces matter? | materials | LMF theory, Metadynamics, Nucleation | Ziyue Zou | COORDINATIONNUMBER INCLUDE PRINT METAD CENTER LOAD GROUP | setup vatom bias generic core symfunc |
23.026 | Machine Learning Nucleation Collective Variables with Graph Neural Networks | chemistry | Nucleation, Machine Learning, Enhanced Sampling, Collective Variables, Graph Neural Networks | Florian Dietrich | Q6 MFILTER_MORE COORDINATIONNUMBER PRINT METAD LOCAL_Q6 LOWER_WALLS COMBINE GROUP MOVINGRESTRAINT | function bias generic core multicolvar symfunc |
23.023 | Rational design of novel biomimetic sequence-defined polymers for mineralization applications | methods | metadynamics, surface binding, biomimetic mineralization | Kaylyn Torkelson | UPPER_WALLS DISTANCE PRINT GYRATION COM PBMETAD COORDINATION | bias vatom generic colvar |
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 | PYTORCH_MODEL CUSTOM DISTANCE UPPER_WALLS FIT_TO_TEMPLATE FIXEDATOM PATH PRINT WHOLEMOLECULES OPES_METAD_EXPLORE OPES_METAD TORSION LOWER_WALLS CENTER UNITS COORDINATION GROUP | setup vatom function bias generic colvar core mapping opes pytorch |
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 DISTANCE CONSTANT PRINT WHOLEMOLECULES METAD BIASVALUE LOWER_WALLS MATHEVAL | function bias generic colvar |
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 | CONTACTMAP DISTANCE ENDPLUMED LOWER_WALLS RMSD PYTORCH_MODEL ANGLE COMMITTOR INCLUDE MATHEVAL UPPER_WALLS WHOLEMOLECULES ENERGY OPES_METAD CENTER FIXEDATOM MOLINFO COORDINATION GROUP CUSTOM FIT_TO_TEMPLATE PRINT COMBINE | vatom function bias generic colvar core opes pytorch |
22.045 | Binding mode and mechanism of enzymatic polyethylene terephthalate degradation | bio | metadynamics, TfCut2, PET, HREX, enzymatic polyethylene terephthalate degradation | Francesco Colizzi | ANGLE UPPER_WALLS DISTANCE PRINT WHOLEMOLECULES METAD LOWER_WALLS COM MOVINGRESTRAINT | bias vatom generic colvar |
22.029 | Angiotensin-1-7_Metadynamics | bio | Metadynamics, Angiotensin-(1-7), peptide | L.-América Chi | UPPER_WALLS PRINT FLUSH GYRATION WHOLEMOLECULES METAD LOWER_WALLS COORDINATION GROUP | bias generic colvar core |
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 | RMSD EMMI RESTART UPPER_WALLS PRINT WHOLEMOLECULES BIASVALUE TORSION COM PBMETAD MOLINFO COORDINATION GROUP | setup vatom bias generic colvar core isdb |
22.019 | Exploring aspartic protease inhibitor binding to design selective antimalarials | bio | ligand binding, loop opening, path CV, funnel metadynamics, drug development | Raitis Bobrovs | DISTANCE PATHMSD UPPER_WALLS PRINT FUNNEL WHOLEMOLECULES METAD COM LOWER_WALLS FUNNEL_PS | vatom bias generic colvar funnel |
22.009 | Glycosylation in calixarenes capsule | chemistry | Metadynamics, glycosylation, supramolecular catalysis | GiovanniMaria Piccini | RMSD ANGLE DISTANCE UPPER_WALLS FIT_TO_TEMPLATE BRIDGE PRINT FLUSH WHOLEMOLECULES METAD LOWER_WALLS COMBINE DISTANCES UNITS COORDINATION GROUP MATHEVAL | setup adjmat function bias generic colvar core multicolvar |
22.002 | GAMBES_SAMPL5_RATES | other | GAMBES, SAMPL5, Rates, Dynamics, Mechanism, Unbinding | Jayashrita Debnath | PYTORCH_MODEL ANGLE COMMITTOR DISTANCE UPPER_WALLS FIT_TO_TEMPLATE PRINT FLUSH WHOLEMOLECULES ENERGY ENDPLUMED CENTER FIXEDATOM LOAD COORDINATION GROUP MATHEVAL | setup vatom function bias generic colvar core pytorch |
21.050 | N-glycosylation of Trypanosoma congolense trans-sialidase modulates enzymatic activity | methods | bio | Isabell Louise Grothaus | PRINT DISTANCE CENTER | vatom generic colvar |
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 | FIT_TO_TEMPLATE PRINT METAD TORSION FIXEDATOM | bias vatom generic colvar |
21.035 | CmuMD simulations of NaCl(aq) at NaCl | chemistry | CmuMD, interface | Aaron Finney | DISTANCE PRINT FIXEDATOM LOAD GROUP RESTRAINT | setup vatom bias generic colvar core |
21.026 | Probing allosteric regulations with coevolution-driven molecular simulations | bio | metadynamics, coevolution, allostery, adenylate cyclase | Francesco Colizzi | DISTANCE PATHMSD UPPER_WALLS PRINT WHOLEMOLECULES METAD COM UNITS | setup vatom bias generic colvar |
21.025 | Computational and biochemical analysis of type IV pilus dynamics and stability | bio | molecular dynamics, calcium binding, Type IV pilus | Yasaman Karami | PRINT DISTANCE LOWER_WALLS UPPER_WALLS | bias generic colvar |
20.028 | Well-tempered metadynamics on wt/onc KRas-4B, binding on the anionic membrane | bio | metadynamics, KRas-4B, anionic membrane | Huixia Lu | RESTART DISTANCE FIT_TO_TEMPLATE PRINT METAD CENTER | setup vatom bias generic colvar |
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 | PARABETARMSD METAINFERENCE FLUSH ENDPLUMED STATS INCLUDE ALPHARMSD GYRATION WHOLEMOLECULES DIHCOR TORSION ANTIBETARMSD PBMETAD MOLINFO COORDINATION GROUP ENSEMBLE PRINT COMBINE CS2BACKBONE | secondarystructure function bias generic colvar core isdb multicolvar |
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 | DUMPGRID CONTACTMAP DISTANCE CONVERT_TO_FES FLUSH READ ENDPLUMED LOWER_WALLS FUNCPATHMSD METAD ABMD HISTOGRAM REWEIGHT_METAD UPPER_WALLS WHOLEMOLECULES COM MOLINFO PRINT COMBINE | vatom function bias gridtools generic colvar |
20.004 | Data-driven collective variables for enhanced sampling | methods | collective variables, machine learning, deep-lda | Luigi Bonati | PYTORCH_MODEL DISTANCE UPPER_WALLS PRINT FLUSH ENDPLUMED OPES_METAD TORSION COM LOWER_WALLS UNITS LOAD GROUP MATHEVAL | setup vatom function bias generic colvar core opes pytorch |
19.074 | Asymmetric base pair opening in nucleic acids | bio | double helix, DNA, RNA, unwindability | Giovanni Bussi | DISTANCE WHOLEMOLECULES ENDPLUMED LOWER_WALLS COORDINATION RESTRAINT | bias generic colvar |
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 | UPPER_WALLS COORDINATIONNUMBER PRINT GYRATION METAD ENERGY ENDPLUMED LOWER_WALLS DISTANCES | bias generic colvar multicolvar symfunc |
19.067 | Kinetics of Huperzine A Dissociation from Acetylcholinesterase via Multiple Unbinding Pathways | bio | metadynamics, ligand unbinding | Jakub Rydzewski | RESTART UPPER_WALLS PATHMSD PRINT METAD LOWER_WALLS UNITS | setup bias generic colvar |
19.048 | Understanding Ligand Binding Selectivity in a Prototypical GPCR Family | bio | metadynamics, Parallel-tempering metadynamics, GPCRs, ligand binding | Francesco Gervasio | DISTANCE UPPER_WALLS CONSTANT PRINT WHOLEMOLECULES METAD BIASVALUE COM LOWER_WALLS MATHEVAL | vatom function bias generic colvar |
19.043 | Multi Class - Harmonic Linear Discriminant Analysis (MC-HLDA) | methods | metadynamics, chemistry, HLDA | GiovanniMaria Piccini | RESTART UPPER_WALLS DISTANCE PRINT FLUSH METAD DISTANCES COMBINE UNITS | setup function bias generic colvar multicolvar |
19.025 | Metadynamic metainference Convergence towards force field independent structural ensembles of a disordered peptide | bio | metainference, NMR, protein dynamics, force-fields | Carlo Camilloni | METAINFERENCE PRINT FLUSH RDC GYRATION ENSEMBLE WHOLEMOLECULES ENDPLUMED BIASVALUE JCOUPLING TORSION PBMETAD MOLINFO CS2BACKBONE STATS | function bias generic colvar isdb |
19.022 | eABF simulation of NANMA (alanine dipeptide) | methods | eABF, DRR, alanine dipeptide | Haochuan Chen | PRINT TORSION DRR | drr generic colvar |
19.001 | RNA SHAPE | bio | metadynamics, RNA, ligand binding | Giovanni Bussi | ANGLE DISTANCE UPPER_WALLS INCLUDE FLUSH PRINT ERMSD METAD LOWER_WALLS COMBINE DISTANCES MOLINFO RANDOM_EXCHANGES | function bias generic colvar multicolvar |
25.018 | Metainference simulation for dimerization of RNA binding protein | bio | Metainference, Metadynamics, SAXS, protein dimer | Debadutta Patra | DISTANCE MOLINFO FLUSH WHOLEMOLECULES PBMETAD CENTER ENSEMBLE GYRATION STATS METAINFERENCE UPPER_WALLS TORSION PRINT SAXS | function isdb generic vatom bias colvar |
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 | LOAD COMBINE DISTANCE FLUSH POSITION UNITS ENERGY INCLUDE TORSION CELL OPES_METAD CUSTOM MATHEVAL PRINT COORDINATION BIASVALUE | function setup opes generic bias colvar |
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 | DISTANCE WHOLEMOLECULES GROUP HISTOGRAM ANGLE TORSION PRINT DUMPGRID COORDINATION CONVERT_TO_FES | generic colvar core gridtools |
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 | DISTANCE MOLINFO DUMPATOMS WHOLEMOLECULES GROUP ALPHARMSD PBMETAD CENTER DUMPMASSCHARGE COM UPPER_WALLS PARABETARMSD PRINT EMMI RMSD BIASVALUE COORDINATION | secondarystructure isdb core generic vatom bias colvar |
24.032 | DeepLNE++ | methods | PATHCV, OPES | Thorben Fröhlking | LOAD DISTANCE COMBINE GROUP ENERGY TORSION OPES_METAD CUSTOM PRINT COORDINATION | function setup core opes generic colvar |
24.028 | All-atom simulations of RNA-membrane interactions | bio | metadynamics, membrane, RNA | Giovanni Bussi | DISTANCE MOLINFO COMBINE POSITION SORT GROUP DISTANCES CENTER WHOLEMOLECULES GYRATION GHOST UPPER_WALLS LOWER_WALLS METAD MATHEVAL PRINT PUCKERING | function core generic vatom bias colvar multicolvar |
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 | FIXEDATOM ENDPLUMED MATHEVAL OPES_METAD UPPER_WALLS COORDINATION COMBINE COMMITTOR FIT_TO_TEMPLATE METAD CONTACTMAP CUSTOM TORSION PRINT RMSD DISTANCE MOLINFO WHOLEMOLECULES GROUP CENTER ANGLE | function core opes generic vatom bias colvar |
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 |
24.010 | Oxytocin metadynamics simulation | bio | metadynamics, oxytocin, peptide | Jan Beránek | FLUSH WHOLEMOLECULES METAD TORSION PRINT RESTART | bias setup generic colvar |
23.037 | Estimating binding free energy of solid binding peptides without extensive sampling | bio | metadynamics, solid binding peptides | Xin Qi | DISTANCE MOLINFO PBMETAD GYRATION COM UPPER_WALLS LOWER_WALLS PRINT | generic colvar vatom bias |
23.032 | Acceleration of Molecular Simulations by Parametric Time-Lagged tSNE Metadynamics | bio | metadynamics, tSNE, neural network, machine learning, trp-cage, folding | Vojtech Spiwok | COMBINE MOLINFO POSITION WHOLEMOLECULES FIT_TO_TEMPLATE ALPHARMSD ANN METAD PRINT | function secondarystructure generic bias annfunc colvar |
23.015 | MPCs aggregation | bio | opes_explore, dimerization, MPCs, self-assembly | Vikas Tiwari | DISTANCE OPES_METAD_EXPLORE WHOLEMOLECULES GROUP CENTER COM UPPER_WALLS LOWER_WALLS METAD CUSTOM PRINT COORDINATION | function core opes generic vatom bias colvar |
23.013 | Path meta-eABF simulation of large scale conformational change in STING protein | methods | meta-eABF, path CV, large scale conformational change, STING protein, reciprocal barrier restraint | Istvan Kolossvary | PATHMSD DRR FLUSH TIME UNITS UPPER_WALLS LOWER_WALLS METAD CUSTOM PRINT BIASVALUE | function setup drr generic bias colvar |
22.044 | Colloid Crystallisation Analyses | materials | Q4, Q6, Pair Entropy, DFS | Aaron Finney | COMBINE MFILTER_MORE LOCAL_Q6 LOCAL_AVERAGE GROUP MFILTER_LESS CLUSTER_NATOMS COORDINATIONNUMBER CONTACT_MATRIX Q4 LOCAL_Q4 Q6 DFSCLUSTERING PRINT | function adjmat core generic symfunc multicolvar clusters |
22.041 | Skipping the Replica Exchange Ladder with Normalizing Flows | methods | OPES, alanine, normalizing flows, replica exchange | Michele Invernizzi | POSITION ECV_MULTITHERMAL ENDPLUMED PRINT UNITS OPES_METAD ENERGY OPES_EXPANDED TORSION | generic opes colvar setup |
22.039 | Driving and characterizing nucleation of urea and glycine polymorphs in water | bio | metadynamics, nucleation, amino acids, polymorphism | Eric Beyerle | LOAD COMBINE PAIRENTROPY GROUP CENTER COORDINATIONNUMBER INCLUDE METAD Q4 MATHEVAL Q6 PRINT | function setup gridtools core vatom generic symfunc bias |
22.036 | Well-tempered MetaDynamics with Hamiltonian Replica Exchange on Holliday Junction | bio | Well-tempered MetaDynamics with Hamiltonian Replica Exchange | Miroslav Krepl | LOAD MOLINFO COMBINE FLUSH GROUP GHBFIX UPPER_WALLS METAD CUSTOM PRINT COORDINATION BIASVALUE | function setup core generic bias colvar |
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 | PRINT RMSD | 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 | ENERGY AROUND HISTOGRAM UPPER_WALLS ENVIRONMENTSIMILARITY VOLUME OPES_METAD CUSTOM PRINT DUMPGRID RESTART | function setup gridtools opes generic bias colvar volumes envsim |
22.013 | Ligand dissociation from PreQ1 riboswitch | bio | ligand, RNA, metadynamics, pRAVE | Yihang Wang | DISTANCE MOLINFO COMBINE WHOLEMOLECULES COMMITTOR COM COORDINATIONNUMBER METAD PRINT RMSD | function generic vatom symfunc bias colvar |
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 | DISTANCE MOLINFO FLUSH WHOLEMOLECULES ALPHARMSD ANGLE UPPER_WALLS METAD TORSION PRINT COORDINATION ALPHABETA | secondarystructure generic bias colvar multicolvar |
22.003 | Exploration vs Convergence Speed in Adaptive-bias Enhanced Sampling | methods | opes, metadynamics, reweighting, alanine, muller | Michele Invernizzi | OPES_METAD_EXPLORE ECV_UMBRELLAS_FILE ECV_MULTITHERMAL ENDPLUMED ENERGY PBMETAD POSITION UNITS UPPER_WALLS LOWER_WALLS METAD TORSION OPES_METAD CUSTOM OPES_EXPANDED PRINT BIASVALUE | function setup opes generic bias colvar |
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 | WHOLEMOLECULES GROUP ENDPLUMED GYRATION UPPER_WALLS LOWER_WALLS METAD PRINT ALPHABETA | core generic bias colvar multicolvar |
21.041 | Nucleating a Different Coordination in a Crystal under Pressure. A Study of the B1−B2 Transition in NaCl by Metadynamics | methods | metadynamics, structural phase transitions, pressure-induced phase transition, martensitic transitions | Matej Badin | COMBINE ENDPLUMED METAD CUSTOM PRINT VOLUME COORDINATION | bias function generic colvar |
21.033 | Multiple-path-metadynamics applied to DNA base-pairing transitions | bio | path-CV, metadynamics, multiple-walker, dna | Alberto Pérez-de-Alba-Ortíz | COMBINE INCLUDE UPPER_WALLS CONSTANT METAD RESTRAINT PRINT MOVINGRESTRAINT | bias function generic |
21.031 | Photo-switchable sulfonulureas in KATP channel | bio | metadynamics, photo-pharmacology, sulfonylureas potasium ion-channels | Katarzyna Walczewska-Szewc | DISTANCE WHOLEMOLECULES UNITS COM UPPER_WALLS LOWER_WALLS METAD PRINT | setup generic vatom bias colvar |
21.006 | OPES, On-the-fly Probability Enhanced Sampling Method | methods | opes, alanine dipeptide, well-tempered, multithermal, multiumbrella | Michele Invernizzi | ECV_UMBRELLAS_LINE ECV_MULTITHERMAL ENDPLUMED PRINT OPES_METAD ENERGY OPES_EXPANDED TORSION | opes generic colvar |
20.024 | Gaussian Mixture Based Enhanced Sampling (GAMBES) | methods | enhanced sampling, probability based sampling, chemical reactions, rate calculation, static bias | Jayashrita Debnath | LOAD DISTANCE COMBINE DISTANCES UNITS GROUP UPPER_WALLS LOWER_WALLS TORSION ENERGY PRINT | function setup core generic bias colvar multicolvar |
20.020 | Parallel Bias Metadynamics | methods | pbmetad, trp-cage, folding | Max Bonomi | DIHCOR MOLINFO WHOLEMOLECULES PBMETAD GYRATION INCLUDE PRINT COORDINATION ALPHABETA | bias generic multicolvar colvar |
19.083 | Blind Search for Complex Chemical Pathways Using Harmonic Linear Discriminant Analysis | chemistry | metadynamics, chemical reactions, reaction discovery | Valerio Rizzi | COMBINE FLUSH DISTANCES UNITS GROUP ENDPLUMED COORDINATIONNUMBER UPPER_WALLS METAD PRINT RESTART | function setup core generic symfunc bias multicolvar |
19.071 | Time-independent free energies from metadynamics via Mean Force Integration | methods | metadynamics, mean force integration, MFI, thermodynamic integration | Matteo Salvalaglio | DISTANCE COMMITTOR REWEIGHT_METAD HISTOGRAM EXTERNAL REWEIGHT_BIAS METAD TORSION MATHEVAL READ CONVERT_TO_FES PRINT DUMPGRID BIASVALUE | function gridtools generic bias colvar |
19.068 | Rethinking Metadynamics | methods | metadynamics, opes, convergence | Michele Invernizzi | POSITION UNITS ENDPLUMED EXTERNAL METAD TORSION OPES_METAD PRINT | setup opes generic bias colvar |
19.050 | Using intrinsic surface to calculate the free energy change when nanoparticles adsorb on membranes | chemistry | metadynamics, membranes, Willard Chandler surface | Gareth Tribello | COMBINE HISTOGRAM UPPER_WALLS REWEIGHT_BIAS METAD READ DISTANCE_FROM_CONTOUR PRINT DUMPGRID RESTART CONVERT_TO_FES | function contour setup gridtools 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 | OUTER_PRODUCT LOCAL_Q6 DISTANCES ONES CLUSTER_NATOMS COORDINATIONNUMBER CONTACT_MATRIX MATRIX_VECTOR_PRODUCT MORE_THAN DFSCLUSTERING CLUSTER_DISTRIBUTION Q6 CUSTOM METAD PRINT CLUSTER_PROPERTIES SMAC OUTPUT_CLUSTER | adjmat function generic symfunc bias matrixtools multicolvar clusters |
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 | DISTANCE COM UPPER_WALLS METAD ENERGY PRINT | bias colvar vatom generic |
19.038 | native state dynamics of human and mouse b2m | bio | metainference, NMR, chemical shifts, metadynamics, protein dynamics, aggregation | Carlo Camilloni | MOLINFO CS2BACKBONE FLUSH WHOLEMOLECULES GROUP PBMETAD ENDPLUMED ANTIBETARMSD LOWER_WALLS UPPER_WALLS PRINT RESTART BIASVALUE ALPHABETA | secondarystructure setup isdb core generic bias multicolvar |
19.004 | MI Ubiquitin | bio | metainference, NMR | Max Bonomi | MOLINFO CS2BACKBONE WHOLEMOLECULES GROUP RDC METAINFERENCE PRINT | core generic isdb |
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 | GROUP FIT_TO_TEMPLATE CENTER OPES_METAD_EXPLORE PRINT ANGLE FIXEDATOM UPPER_WALLS DISTANCE COORDINATION WHOLEMOLECULES MATHEVAL ENERGY | colvar vatom function opes bias generic core |
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 | BIASVALUE GROUP PRINT BAIES | isdb generic bias core |
25.013 | Data-Driven Engineering of Highly Thermostable Collagen-Mimetic Peptoid Triple Helices | bio | umbrella sampling, temperature ramping | Alexander Berlaga | RESTRAINT PRINT DISTANCE PYTORCH_MODEL GYRATION | generic pytorch bias colvar |
25.008 | Deep TICA CV from Nonequilibrium Metadynamics using Koopman Reweighting | methods | metadynamics, OPES, Machine Learning CV, PyTorch, Koopman Reweighting | Dhiman Ray | GROUP CUSTOM LOWER_WALLS BIASVALUE TORSION PRINT POSITION UPPER_WALLS DISTANCE RMSD OPES_METAD METAD ENDPLUMED WHOLEMOLECULES UNITS MOLINFO ENERGY PYTORCH_MODEL | colvar setup function bias opes generic core pytorch |
25.002 | M3_PCV-ABMD | chemistry | Adiabatic bias MD, path CVs, ligand unbinding, G protein coupled receptor | Gian Marco Elisi | ABMD PRINT UPPER_WALLS ENDPLUMED UNITS PATHMSD | generic bias setup colvar |
24.027 | Proline cis and trans subensembles of a disordered peptide | bio | intrinsically disordered proteins, proline cis trans isomerisation, metadynamics, collective variables | Alice Pettitt | ALPHARMSD GROUP PBMETAD ANTIBETARMSD INCLUDE COMBINE TORSION PRINT DISTANCE DIHCOR PARABETARMSD COORDINATION WHOLEMOLECULES ENDPLUMED FLUSH MOLINFO GYRATION | colvar function bias secondarystructure generic core multicolvar |
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 | RESTRAINT BIASVALUE TORSION PRINT COORDINATIONNUMBER DISTANCE RESTART METAD COMMITTOR MATHEVAL FLUSH MOLINFO ENERGY | setup colvar function bias symfunc generic |
24.008 | yCD Metadynamics | bio | volume-based MetaD, path CVs, infrequent MetaD, product release | James McCarty | PATH HISTOGRAM PRINT CONTACTMAP REWEIGHT_METAD FIT_TO_TEMPLATE GROUP CONVERT_TO_FES ENDPLUMED DUMPGRID FLUSH COM INCLUDE UPPER_WALLS DISTANCE COORDINATION WHOLEMOLECULES METAD READ WRAPAROUND FIXEDATOM RMSD COMMITTOR MATHEVAL MOLINFO | mapping colvar vatom function bias generic core gridtools |
23.029 | An accurate and efficient SAXS/SANS implementation including solvation layer effects suitable for restrained Molecular Dynamics simulations | bio | SAXS, SANS, SAS, metainference, proteins, nucleic-acid | Federico Ballabio | CENTER GROUP BIASVALUE PRINT UPPER_WALLS DISTANCE RMSD WRAPAROUND SAXS MOLINFO ENSEMBLE STATS | colvar vatom function bias generic core isdb |
23.021 | Into the Dynamics of Rotaxanes at Atomistic Resolution | materials | metadynamics, rotaxanes, molecular shuttles, molecular machines | Luigi Leanza | CENTER CUSTOM TORSION PRINT FIXEDATOM UPPER_WALLS DISTANCE METAD MATHEVAL | colvar vatom function bias generic |
23.019 | Exploring the binding pathway of novel non-peptidomimetic plasmepsin V inhibitors | bio | binding pathway, binding energy, sketch-map, drug development | Raitis Bobrovs | COLLECT_FRAMES DISSIMILARITIES LANDMARK_SELECT_FPS CUSTOM SKETCHMAP_PROJECTION COM VSTACK PRINT UPPER_WALLS DISTANCE VORONOI SKETCHMAP METAD WHOLEMOLECULES TRANSPOSE PATHMSD | valtools matrixtools landmarks vatom colvar dimred function bias generic |
23.018 | Anisotropic Gold Nanomaterial Synthesis Using Peptide Facet Specificity and Timed Intervention | materials | metadynamics, surface binding, peptide adsorption | Kaylyn Torkelson | PBMETAD COM PRINT UPPER_WALLS DISTANCE GYRATION | generic bias colvar vatom |
23.006 | Transcription factor unbinding | bio | metadynamics, DNA, conformational changes | Malin Lüking | ALPHARMSD COM PRINT ANGLE DISTANCE DUMPFORCES METAD MOLINFO CONTACTMAP | colvar vatom bias secondarystructure generic |
22.025 | Bubble nucleation rate predictions in a Lennard-Jones fluid | materials | free energies, kinetics, reweighted Jarzynski sampling, neural network, nucleation | Kristof Bal | ANN CUSTOM HISTOGRAM REWEIGHT_BIAS CONVERT_TO_FES COMMITTOR VOLUME RESTRAINT BIASVALUE MOVINGRESTRAINT COORDINATIONNUMBER PRINT UPPER_WALLS DUMPGRID UNITS LOAD FLUSH | colvar setup function bias symfunc generic annfunc gridtools |
21.037 | Molecular Dynamics simulations of RBD/hACE2 complexes | bio | SARS-CoV-2, COVID-19, MD, human-ACE2, spike, receptor-binding domain | Max Bonomi | RMSD PRINT DISTANCE | generic colvar |
21.018 | Localized Volume-based Metadynamics | bio | LV-MetaD, Volume-based MetaD, Metadynamics, Ligand binding, Induced-fit effects, Binding pose identification | Riccardo Capelli | HISTOGRAM PRINT REWEIGHT_METAD GROUP CONVERT_TO_FES ENDPLUMED DUMPGRID FLUSH COM POSITION UPPER_WALLS DISTANCE COORDINATION WHOLEMOLECULES METAD READ FIXEDATOM RMSD MATHEVAL | colvar vatom function bias generic core gridtools |
21.014 | how to determine statistically accurate conformational ensembles | bio | metadynamics, metainference, errors, cv, SAXS, ensemble determination | Cristina Paissoni | CENTER PBMETAD ANTIBETARMSD BIASVALUE ALPHABETA PRINT TORSION STATS METAD WHOLEMOLECULES SAXS MOLINFO ENSEMBLE CONTACTMAP GYRATION | colvar vatom function bias isdb secondarystructure generic multicolvar |
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 | CENTER ABMD ERMSD TORSION PRINT DISTANCE RESTART MOLINFO | setup colvar vatom bias generic |
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 |
20.026 | Free energy calculations of the functional selectivity of 5-HT_2B-TS G protein-coupled receptor | bio | Metadynamics, Umbrella sampling | Brandon Peters | HISTOGRAM CONVERT_TO_FES RESTRAINT PRINT MULTI_RMSD METAD DUMPGRID REWEIGHT_METAD | generic bias gridtools colvar |
20.018 | Free energy barriers from biased molecular dynamics simulations | methods | kinetics, free energy barriers, chemical reactions, nucleation, metadynamics | Kristof Bal | HISTOGRAM REWEIGHT_BIAS COMBINE PRINT COORDINATIONNUMBER REWEIGHT_METAD CENTER CONVERT_TO_FES CONTACT_MATRIX SPRINT DUMPGRID FLUSH ENERGY Q6 LOCAL_AVERAGE PAIRENTROPY UPPER_WALLS DISTANCE METAD COORDINATION LOWER_WALLS VOLUME DENSITY UNITS LOAD | colvar vatom adjmat setup function bias symfunc generic volumes sprint gridtools |
20.016 | Predicting polymorphism in molecular crystals using orientational entropy | materials | metadynamics, polymorphism, urea, naphthalene, g(r), pair correlation, entropy | Pablo Piaggi | GROUP CENTER VOLUME INCLUDE PRINT UPPER_WALLS METAD LOAD | colvar vatom setup bias generic core |
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 | VOLUME OPT_AVERAGED_SGD PRINT BF_LEGENDRE UPPER_WALLS RESTART OPT_DUMMY ENVIRONMENTSIMILARITY MATHEVAL VES_LINEAR_EXPANSION TD_WELLTEMPERED Q6 | colvar setup envsim function ves bias symfunc generic |
19.082 | Ammonia Borane Dehydrogenation | chemistry | metadynamics, reaction discovery, hydrogen production, chemistry | Valerio Rizzi | GROUP COMBINE EXTERNAL COORDINATIONNUMBER PRINT RESTART ENDPLUMED METAD UNITS FLUSH | setup function bias symfunc generic core |
19.069 | Solvent Dynamics and Thermodynamics at the Crystal-Solution Interface of Ibuprofen | materials | ibuprofen, crystal, solvent, surface | Matteo Salvalaglio | CENTER GROUP INCLUDE PRINT DISTANCE ENDPLUMED | core generic colvar vatom |
19.063 | Protein-ligand binding through metadynamics with path CVs | bio | metadynamics, path CVs, ligand binding | Mattia Bernetti | LOWER_WALLS PRINT UPPER_WALLS METAD WHOLEMOLECULES PATHMSD | generic bias colvar |
19.054 | MetaFEP | methods | metadynamics, chemistry, free energy perturbation | GiovanniMaria Piccini | LOWER_WALLS COMBINE PRINT UPPER_WALLS DISTANCE METAD UNITS FLUSH ENERGY | setup colvar function bias generic |
19.016 | Succinnic acid gamma polymorph | materials | Succinnic acid, conformers, polymorphs, metadynamics | Matteo Salvalaglio | LOWER_WALLS VOLUME CELL COMBINE TORSION PRINT UPPER_WALLS ENDPLUMED METAD MATHEVAL ENERGY | generic function bias colvar |
19.014 | MIL101(Cr) SBUs assembly | materials | MOFs, nucleation, self-assembly, metadynamics | Matteo Salvalaglio | COORDINATIONNUMBER PRINT DISTANCES RESTART ENDPLUMED METAD GYRATION | setup colvar bias symfunc generic multicolvar |
19.011 | Automatic Gradient Computation for Collective Variables | other | gradient, differentiation, curvature | Toni Giorgino | ENDPLUMED | generic |
19.002 | EMMI STRA6 | bio | metainference, cryo-EM | Max Bonomi | GROUP BIASVALUE PRINT EMMI MOLINFO | isdb generic bias core |
24.017 | Absolute Binding Free Energies with OneOPES | methods | protein ligand binding free energy, oneopes, metadynamics, brd4, hsp90, absolute binding free energy | Francesco Gervasio | WRAPAROUND GROUP LOWER_WALLS RMSD ENERGY ECV_MULTITHERMAL OPES_METAD_EXPLORE COM CONTACTMAP MATHEVAL PROJECTION_ON_AXIS WHOLEMOLECULES RESTART MOLINFO OPES_EXPANDED METAD CONSTANT UPPER_WALLS TORSION INCLUDE BIASVALUE COORDINATION CUSTOM PRINT | bias colvar setup function core vatom opes generic |
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 | DISTANCE WRAPAROUND UPPER_WALLS EMMIVOX GROUP INCLUDE BIASVALUE MOLINFO PRINT WHOLEMOLECULES | bias colvar core isdb generic |
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 | CENTER UNITS WRAPAROUND GROUP LOWER_WALLS ENERGY OPES_METAD_EXPLORE COM MATHEVAL WHOLEMOLECULES FLUSH POSITION ENDPLUMED MOLINFO DISTANCE UPPER_WALLS TORSION COMMITTOR FIT_TO_TEMPLATE BIASVALUE COORDINATION CUSTOM OPES_METAD PRINT | bias colvar setup function core vatom opes generic |
23.011 | OneOPES, a combined enhanced sampling method to rule them all | bio | OPES, Replica Exchange, Multithermal, Ligand Binding, Protein Folding | Valerio Rizzi | DISTANCE TORSION ENERGY ECV_MULTITHERMAL OPES_METAD_EXPLORE ENDPLUMED MOLINFO OPES_EXPANDED PRINT METAD | opes bias generic colvar |
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 REWEIGHT_METAD DUMPGRID RMSD MATHEVAL CONVERT_TO_FES READ MOLINFO DISTANCE METAD WHOLEMOLECULES | bias colvar gridtools function generic |
23.001 | Quantum phase diagram of water | chemistry | Ice, water, nucleation, environment similarity, interfaces, phase diagram, multiumbrella | Sigbjørn-Løland Bore | PRINT LOWER_WALLS ECV_UMBRELLAS_LINE ENVIRONMENTSIMILARITY INCLUDE RESTART OPES_EXPANDED UPPER_WALLS | bias setup opes envsim generic |
22.024 | Conformational Entropy as a Potential Liability of Computationally Designed Antibodies | bio | metadynamics, conformational entropy, antibody, nanobody | Thomas Löhr | ANTIBETARMSD ALPHARMSD PBMETAD TORSION COM RESTART ALPHABETA MOLINFO PRINT WHOLEMOLECULES | bias colvar setup multicolvar vatom generic secondarystructure |
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 | DISTANCE GROUP TORSION COM PRINT METAD WHOLEMOLECULES | bias colvar core vatom generic |
21.042 | Peptoid-mediated Au nanocrystal growth | materials | parallel-bias metadynamics, peptoid, Au | Xin Qi | DISTANCE UPPER_WALLS PBMETAD GYRATION COM MOLINFO PRINT | bias generic colvar vatom |
21.028 | From Enhanced Sampling to Reaction Profiles | methods | collective variables, multi-state, machine learning, Deep-TDA | Enrico Trizio | CENTER UNITS PRINT PYTORCH_MODEL GROUP LOWER_WALLS MATHEVAL WHOLEMOLECULES LOAD FIXEDATOM ENDPLUMED ANGLE UPPER_WALLS TORSION FIT_TO_TEMPLATE COORDINATION DISTANCES OPES_METAD DISTANCE | bias colvar setup function core pytorch multicolvar vatom opes 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 | UNITS PRINT DISTANCE TORSION ENERGY INCLUDE CUSTOM BIASVALUE REWEIGHT_METAD METAD CONSTANT | bias colvar setup function generic |
21.013 | Role of vibrational excitation in heterogeneous catalysis | chemistry | catalysis, vibrational excitation, free energy barriers, dissociation, chemisorption | Kristof Bal | UNITS LOWER_WALLS CONVERT_TO_FES BF_CHEBYSHEV OPT_AVERAGED_SGD RESTRAINT UWALLS FLUSH TD_GRID LOAD REWEIGHT_BIAS DUMPGRID REWEIGHT_METAD METAD DISTANCE ANGLES UPPER_WALLS COMBINE EXTERNAL HISTOGRAM VES_LINEAR_EXPANSION COORDINATIONNUMBER COORDINATION DISTANCES PRINT | symfunc bias colvar setup gridtools ves function multicolvar generic |
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 | UNITS UPPER_WALLS HISTOGRAM FLUSH REWEIGHT_METAD LOAD COORDINATIONNUMBER MOVINGRESTRAINT METAD COMMITTOR CONVERT_TO_FES PRINT DUMPGRID | symfunc bias setup gridtools generic |
21.008 | Multi-replica biased sampling for photoisomerization processes in conjugated polymers | methods | metadynamics, FEP, replica-exchange | Adriana Pietropaolo | CONSTANT PBMETAD TORSION RESTART MATHEVAL BIASVALUE PRINT WHOLEMOLECULES | bias colvar setup function generic |
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 | OPT_AVERAGED_SGD UPPER_WALLS VES_LINEAR_EXPANSION ENERGY ECV_UMBRELLAS_LINE ENVIRONMENTSIMILARITY ECV_MULTITHERMAL_MULTIBARIC RESTART MATHEVAL BF_LEGENDRE OPES_EXPANDED PRINT Q6 TD_UNIFORM VOLUME | symfunc bias colvar setup ves function opes envsim generic |
19.076 | Efficient conversion of chemical energy into mechanical work by Hsp70 chaperones | bio | molecular chaperones, Hsp70, protein folding, non equilibrium thermodynamics | Salvatore Assenza | UNITS GYRATION MOVINGRESTRAINT ENDPLUMED PRINT | bias generic colvar setup |
19.075 | PYCV - a PLUMED 2 Module Enabling the Rapid Prototyping of Collective Variables in Python | other | Python, automatic differentiation | Toni Giorgino | CENTER PRINT RESTRAINT DUMPDERIVATIVES GROUP TORSION CUSTOM ENDPLUMED COMBINE DISTANCE ANGLE | bias colvar function core vatom generic |
19.072 | SINE hairpin MD+NMR | bio | metadynamics, RNA, NMR | Giovanni Bussi | DISTANCE FLUSH TORSION SORT COM INCLUDE COORDINATION MATHEVAL MAXENT MOLINFO PRINT METAD WHOLEMOLECULES | bias colvar function vatom generic |
19.026 | Ice Nucleation on Cholesterol Crystals | materials | forward flux sampling, crystal nucleation, water, ice, organic crystals | Gabriele Cesare Sosso | OUTPUT_CLUSTER LOCAL_Q6 CLUSTER_NATOMS DFSCLUSTERING FLUSH MFILTER_MORE ENDPLUMED CONTACT_MATRIX COMMITTOR CLUSTER_WITHSURFACE Q6 | symfunc clusters multicolvar generic adjmat |