SEARCH Articles Figures Tables A Effect of Soil and Substrate A Suicide Enzyme Substrate A model for an enzyme reaction inhibited by the substrate and product A-Aryl enamine substrates Acetaldehyde as substrate Acetate as substrate Actin as the Substrate for ADP-ribosylation Activation of a Substrate toward Nucleophilic Attack Alcohols as substrate Alkenes as Substrates Alkynes as Substrates Allenes as Substrates Analogue of Substrates as Inhibitors Aniline as substrate Azepines as Substrates Azetes as Substrates Azirines as Substrates Azocines as Substrates Benzene as substrate Benzopyrans as Substrates Benzoxazines as Substrates Benzoylcholine, as substrate Carbohydrates as substrates Cellulose as a platform substrate for degradable polymer synthesis Chromium, as substrate for cadmium phosphite) Chromium, as substrate for cadmium tetracarbonyl Chromium, as substrate for cadmium tetracarbonyl (triphenyl Chromium, as substrate for cadmium tetracarbonylftrimethyl phosphite) Chromium, as substrate for cadmium trans Cloth as a substrate for ink jet printing Conjugate Additions A Powerful Tool for Appending Organic Residues to Cyclic and Acyclic Substrates Contact angles of solid particles on a substrate Cross-linked polyol fibrous substrates as multifunctional and multi-use intelligent materials Crystal as substrates Cyclic Monoolefins as Substrates Cycloadditions Mediated by Coordination of the Substrate(s) around a Transition Metal Cyclometalation Reactions with Reaction Products of Amines and Aldehydes or Alcohols as Substrates Deposition of the Solution onto a Substrate Development of a Generalized Kinetic Model for One-Substrate Reactions Under Inhibition Diazabicyclohexanes as Substrates Diazepines as Substrates Early Stages of Metal Deposition on a Foreign Substrate Enynes as Substrates Enzymes reacting with both enantiomeric forms of a substrate Ethanol as substrate Example Buckling wavelength for a glass substrate Film on a Liquid Substrate Film on a Solid Substrate Films on a substrate From 1,2,4,5-Tetrazines as Substrates From Heterobicyclic Derivatives as Substrates From Heteropolycyclic Derivatives as Substrates From Other Carbocyclic Derivatives as Substrates From Pyridazine Derivatives as Substrates From a Benzene Derivative as Substrate and One Synthon From a Benzene Substrate with Two or More Synthons From a Benzene Substrate with an Ancillary Synthon From a Pyrazine Substrate with or without Synthon(s) From a Pyridine Substrate and Synthon(s) From a Pyridine Substrate and Two Synthons From a Pyridine Substrate with One Synthon From a Pyridine Substrate with Two or More Synthons From a Single Aliphatic Substrate From a Single Benzene Substrate From a Single Pyridine Substrate Furans as Substrates Heterocycles as Key Substrates in MCRs High-density lipoproteins as substrate for LCAT Hydrogen as substrate Hydrogen peroxide, as substrate Imidazoles as Substrates Indoles as Substrates Introduction of a Foreign Pathway to Enable Non-native Substrate Utilization Iron-substrate ligands as determined by Mossbauer spectroscopy Isoindoles as Substrates Isoquinolines as Substrates Isoxazoles as Substrates Linoleic acid as a substrate Methane as a substrate Olefins with Functional Groups as Substrates Ordering on a Thin Crystalline Substrate Organometallic Complexes Used as Enzyme Substrates Oxazoles as Substrates Oxirenes as Substrates Oxygen as substrate P-Toluenesulfonic acid as substrates in nucleophilic aliphatic PTX substrate with an a subunit of Phosphorothioates as substrates Point particles and a planar substrate Polyolefins as Substrates Protein as substrates Pteridines as Substrates Pyridazines as Substrates Pyridines as Substrates Pyrroles as Substrates Quinoxalines as Substrates Reactions of substrates where tin is attached to a heterocyclic ring Respiration inorganic compounds as substrate Selenadiazoles as Substrates Steady-state substrate flow in a facilitated transport Styrene as substrate Substrate Cycling as a Possible Mechanism of Indirect Thermogenesis Substrates Containing a Chalcogenide Group Substrates as inhibitor Sulfonate Esters as Substrates in Nucleophilic Substitution Superoxide Anion Radical as a Substrate THE CHEMISTRY OF. .. A Suicide Enzyme Substrate The Sensitivity Conferred by a Substrate Cycle The deposition rate on a cool substrate Thiadiazoles as Substrates Toluene as substrate Total Synthesis of Coniine through Enantioselective RCM with Substrates Bearing a Tertiary Amine Ureas as substrates Use as substrates Use as substrates for Using 1,2-Dialkoxycarbonylbenzenes (Phthalic Esters) as Substrates Using 1,2-Dialkylbenzenes as Substrates Using 1,2-Dicarboxybenzenes (Phthalic Acids) as Substrates Using 1,2-Diketobenzenes as Substrates Using l-Aldehydo-2-alkoxycarbonylbenzenes as Substrates Using l-Aldehydo-2-carboxybenzenes as Substrates Using l-Alkoxycarbonyl-2-cyanobenzenes as Substrates Using l-Alkyl-2-halogenoformylbenzenes as Substrates Using l-Keto-2-carboxybenzenes as Substrates Wetting of a Solid Substrate Wood as a substrate