SEARCH Articles Figures Tables A Model for the Active Sites A model of active conformations Activated Sludge Model Activated carbon Freundlich isotherm model Activated carbon Freundlich model Activated carbon Langmuir model Activated interstitial model Activated process models, yield stresses Activated schematic model Activated sludge reactor model Activated strain model Activation energies models Activation free dielectric continuum model Activation model Activation model Activation model of dreaming Activation potentials, kinetic model Activation strain model Activator-behavior-consequence model Activator-inhibitor model Active Site Interaction Models Active Site Models Computational Considerations Active Site Models Experimental Considerations Active Sites and Substrate Binding Models Active animal models Active cell model Active fracture model Active interaction models Active model Active model Active plasmonic model, surface plasmon Active sites homogeneous models Active-Site Modeling Active-Site and Protein Models Active-site model Active-site model Glutathione peroxidases Active-site models and their sensitivity to radiation Activity Coefficient Models for Electrolyte Solutions Activity Pitzer model Activity Role Model Activity analysis model, increasing Activity coefficient NRTL model Activity coefficient group contribution model Activity coefficient models DECHEMA Activity coefficient models Margules Activity coefficient models UNIFAC Activity coefficient models Van Laar Activity coefficient models asymmetric Activity coefficient models for Activity coefficient models molecular parameters Activity coefficient models multicomponent Activity coefficient models regular solution Activity coefficient models three-suffix Margules Activity coefficient-models Flory-Huggins Activity coefficient-models correlative liquid mixture Activity coefficient-models equilibrium Activity coefficient-models multicomponent excess Gibbs energy Activity coefficient-models recommended Activity coefficient-models thermodynamic model Activity coefficients model Activity coefficients triple layer model Activity electrolyte-NRTL model Activity prediction models Activity prediction models comparison Activity prediction models three-dimensional QSAR Activity, Speciation, and Equilibrium Models Activity-coefficient models Flory-Huggins equation Agglomerate Model for the Active Catalyst Layer And forebrain activation model And forebrain activation model dreaming Antidepressant activity models Antioxidative activity, sulfur-containing Maillard reaction model systems Antitarget activity models Application of Activity Coefficient Models Assembly models Modeling activities Batch process control activity model Biological activity Model Biological enzyme modeling active site structure Biophysical Model Drug-delivery System to Study sPLA2 Activity Cancer chemopreventive activity model Chemopreventive activity model Chronic pain model activity of ginseng Chymotrypsin active site model Complete-active space self-consistent field model Compound selection structure-activity relationship models Cytochrome oxygen activation model Dehydrogenase Active Site Models Double activation model Dual activation transition-state model Electrolyte activity complexation model Electrolyte systems, activity coefficient models Empirical activity coefficient models Enzyme activity modeling intracellular processe Equivalent circuit model active surface Example of Design Activity Model Exchanger activity coefficient models Fluid phase equilibrium activity coefficient models Forebrain activation model Free-ion activity model Functional active site models Helix Models, of Optical Activity (Brewster) Hernandia activity in mouse model Hexokinase, active site molecular model Hypothetical active site lattice model Immobilized functional active site model Kinetics Modelling active sites Liquid activity models Liquid solutions activity-coefficient models Local composition model activity coefficient prediction Macro-activity modeling Mathematical structure-activity model Mean field model with active sites Metalloproteins active site, model development Micro-activity modeling Model for biological activity Model modeling quantitative structure-activity relationship Model of activation Model proving, chemist activity Model quantitative structure-activity relationships Model, multistep activation energy Modeling activation dynamics Modelling liquid activity Models activity model Geochemical Models for Enzymatic Activity Models for residual chemical potential and activity coefficient in the liquid phase Models of Active VPO Surface Models of Hemoprotein Active Sites Models of Hemoprotein Active Sites Momenteau) Models of allosteric activity Models of the Active Sites, Epoxide Models to Study Active Transporters Molybdate active site models ODCase active site models Oishi-Prausnitz Activity Coefficient Model Optically Active Model Carotenoids Overview of Activity Coefficient Models for Ions Partial agonism and the two-state model of receptor activation Pharmacologically active polymers models Pharmacophore Models for Activity Profiling and Parallel Virtual Screening Phillips catalysts, activation molecular models Predictive activity coefficient models Proteinase modeling sequence activity Pseudomonas active-site model Quantitative structure activity relationship QSAR) models Quantitative structure-activity linear models Quantitative structure-activity model validation Quantitative structure-activity models Quantitative structure-activity nonlinear models Quantitative structure-activity relationship modeling Quantitative structure-activity relationship molecular modeling Quantitative structure-activity relationship physical organic models Quantitative structure-activity relationship safety modeling Quantitative structure-activity relationships QSARs) models Quantitative structure-activity relationships global models Quantitative structure-activity relationships local models Quantitative structure-activity relationships model building Quantitative structure-activity relationships predictive models Quantitative structure-activity toxicity modeling Refine Active Site Model Research support for the actively caring model Schematic model, transcriptional activation Sequence activity modeling Several Activity Coefficient (Excess Free-Energy) Models Specific activity model Structure-Activity Relationships in Modeling Nucleic Acid Ligand Interactions Structure-activity methods additivity model Structure-activity relationships ADMET models Structure-activity relationships and molecular modeling Support for the actively caring model Surface complex model activity coefficients Surface complexation model activity coefficients The Symmetry Model Provides a Useful Framework for Relating Conformational Transitions to Allosteric Activation or Inhibition Three-dimensional ligand-based models structure-activity relationships Three-dimensional quantitative structure-activity relationship models Two-stage mouse skin model cancer chemopreventive activity UNIQUAC model, activity coefficients Universal Quasi-Chemical Activity Coefficient Model Uricosuric Activity in Relevant Animal Models Vapor-Liquid Equilibrium Based on Activity Coefficient Models Vapor-liquid equilibrium activity coefficient models Vascular Activity Models Virial activity models Wilson model, activity coefficients Ziegler-Natta catalysts active centre models