SEARCH Articles Figures Tables 1,4-addition active substrate control Activated aromatic substrates Activated substrates Activated sugar-nucleotide substrate Activation energies substrates Activation of Substrates with Non-Polar Single Bonds Activation of Substrates with Polar Single Bonds Activation of a Substrate toward Nucleophilic Attack Activation of substrate Activation of the carbonyl substrate Activation unsaturated substrates Activator-substrate-depletion system Active Sites and Substrate Binding Models Active methylene substrates Active site mapping with substrate analogs Active site-substrate complexes Active site-substrate complexes computer-generated Active transport of substrate Active-site substrate Active-site-directed Irreversible Inhibitors and Substrates Activity Measurements of Proteinases Using Synthetic Substrates Activity with Branched Substrates Anionic substrate activation Carbonic anhydrase substrate activation Catalytic activity catalyst substrate Catalytic properties substrate active states Catechol dioxygenases substrate activation Cholinesterases substrate activation Chymotrypsin active center amino substrate specificity Cofactor-Independent with Activated Substrates Computer generated active site-substrate Control mechanisms precursor substrate activation Direct Functionalization via C-H Activation of Heterocyclic Substrates Dual activation, substrate Enzyme activation single-substrate reaction Enzyme activation substrate complex Enzyme activity substrate concentration affecting Factor active site substrate sequences Heterolytic Activation of Substrate High activity substrates High-Throughput Screening for Carboligation Activity with the Substrates Benzaldehyde and Dimethoxyacetaldehyde Intramolecular C-H Activation of Heterocyclic Substrates Mitogen-activated protein kinase substrate specificity Optically active substrates Oxidative activation 3 substrates Peaches substrate activity Peptidase Activity Assays Using Protein Substrates Phenolic antioxidant activity substrates used Precedents for Metal Activation of Organic Substrates Protein Engineering to Improve Enzymatic Activity and Alter Substrate Specificity Raman scattering active substrate Reactions of Redox-Activated Complexes with Gaseous Substrates Releasing the Spring Cofactor- and Substrate-assisted Activation of Factor IXa SERS-Active Substrates Specific Amino Acids at the Active-Site Involved in Catalysis and Substrate Binding Substrate Conformational Transition and the Role of Active Site Residues Substrate Scope, Activity, and Enantioselectivity Substrate activation catalysis Substrate activation transition metal complexes Substrate activity screening Substrate binding active ternary complex Substrate binding at an active site Substrate dependence, enzyme activity Substrate preparation activation Substrate transport observed activation energies Substrate-activator complex Substrates activity Substrates phosphatase activity measurement Substrates/products inhibition/activation Surface Activity of Polyethers on Copper and Tin Substrates The Selective Activation of Alternative Reaction Sites in Substrates Virus Sialidase Substrate Binding and Active Site Xanthine oxidase substrate activity