SEARCH Articles Figures Tables A Properties of Magnetically Active Nuclei ADMET properties active transport Activated Esters Properties and Specific Uses Activated alumina physical properties Activated alumina properties Activated carbon adsorption properties Activated carbon electrical properties Activated carbon electronic properties Activated carbon fibers adsorption properties Activated carbon fibers surface chemical properties Activated carbon properties Activated carbon unique surface property Activated complex Properties Activation Properties Reactivity Indices Profiles Active Packages with Antimicrobial Properties Active ingredient, properties Active myocardial properties Active packages Antimicrobial properties Active pharmaceutical ingredient Adhesive property Active pharmaceutical ingredients solid-state properties Active pigments protective properties Active target properties Active-site selective reagents properties Activity and properties of extracted soil enzymes Activity coefficient properties Activity coefficients and spectroscopic properties of associated solutions Adhesive Properties Control by Surface-Active Substances Adsorbed layer, activity specific properties Antioxidant properties biological active substances Antioxidant properties biological activity Biological activity properties Carcinogenic, activity properties Catalyst Properties and Activity Catalyst/catalytic activity/center/properties Catalyst/catalytic activity/center/properties stability Catalytic properties substrate active states Catalytically active sites properties Chemical properties translation into biological activity Density functional theory activation properties Electrically active polymers electrical properties/conductivities Electrically active polymers mechanical properties Electrically active polymers optical properties Electrically active polymers properties Electrochemical Properties of Active Groups Electrochemical Properties of Protein Macromolecules and Their Active Groups Electronic Properties and Catalytic Activity Enzymes Activities, Properties, Regulation and Physiology Lycopene antioxidant properties, biological activity Material Properties Affecting Binder Activity Molecular properties active site structure Negative active materials properties Optical Properties of the Activated State Optical activity chiroptical properties Optically active site Physical properties Pharmacological activity/properties Pharmacological activity/properties heterocyclic chemistry Physical and Chemical Properties of Active Substance Physicochemical Properties of Active Carbons Used for Electrode Preparation Physiological activity/properties Platelet-activating factor pharmacological properties Preparation and Properties of Catalytically Active Endosialidase Properties and Reactions of Intramolecularly Activated Alkenylsilanes, Alkenylgermanes Properties of Active Carbons Important for Their Electrochemical Behavior Properties of Chiral Molecules Optical Activity Properties of Enantiomers Optical Activity Properties of Metals and Metal Ions as Tools in Quantitative Structure-Activity Relationship (QSAR) Studies Properties of Optically Active PPys Properties of activated carbon Properties of the Active Metals Property-activity Property-activity relationships Proteins surface-active properties Proteins, functional properties surface activity Quantitative property-activity Quantitative property-activity relationships Quantitative structure-activity relationship properties Quantitative structure-property relationship pharmacological activity Quantitative structure-property/activity Redox-active systems electrochemical properties SCLCPs Wherein the NLO Active Possess Mesogenic Properties Themselves Spectrophotometric Properties and Enzymatic Activity of Purified Cytochrome Oxidase Structural Properties of Thermally Activated Mixed Oxides Structures and Spectral Properties of the Redox-Active Metal Sites Surface Activity and Colloidal Properties of Drugs Surface active initiators Structures properties Surface properties catalytic activity Surface-active drugs, properties Surface-active properties Surface-active properties refining The Law of Mass Action, binding sites and receptors—understanding why specific, potent biological activity is a rare property for any one chemical to possess Thermodynamic properties activity Thermodynamic properties activity coefficient Water activity organoleptic properties