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Intermediate reactivity

A SAPP with intermediate reactivity is used in combination with fast-acting MCP for the manufacturer of industrial baking powder and for retail and wholesale prepared cake mixes. SAPP imparts a bitter aftertaste which is often characterized as a mild burning sensation, especially when used in a product of low sweetness. SAPP is normally used at an NV of 72. However, it may be used at slightly higher or lower NV to obtain specific effects in certain types of baked goods. [Pg.469]

Equivalents of Reactive Intermediates. Reactive intermediates which are readily generated and which can be used in synthesis to produce indirectly structures that cannot be made directly. [Pg.96]

Keywords Cycloadditions, Chemical orbital theory. Donor-acceptor interaction. Electron delocalization band. Electron transfer band, Erontier orbital. Mechanistic spectrum, NAD(P)H reactions. Orbital amplitude. Orbital interaction. Orbital phase. Pseudoexcitation band. Quasi-intermediate, Reactivity, Selectivity, Singlet oxygen. Surface reactions... [Pg.24]

Thompson, D. C. Perera, K. Krol, E. S. Bolton, J. L. o-Methoxy-4-alkylphenols that form quinone methides of intermediate reactivity are the most toxic in rat liver slices. Chem. Res. Toxicol. 1995, 8, 323-327. [Pg.353]

The novel chlorinated fluorescein succinimidyl esters 52 and 53 are considerably stable if properly stored. They exhibit intermediate reactivity toward amines, with high selectivity toward aliphatic amines. Their reaction rate with aromatic amines, alcohols, phenols, and histidine is relatively low. [Pg.45]

Markwell (1982) reported that the reaction mechanism for creating the electrophilic iodine species may be somewhat different for lodobeads than other oxidizing agents. It was demonstrated that the active component remained at or near the surface of the beads during the course of the iodination process. Markwell speculated that an intermediate reactive species, N-iodobenzenesulfonamide, is formed from substitution of the chlorine atoms on the bead (Figure 12.4). It is possibly that this intermediate is involved in the direct iodination of target molecules that approach the bead surface. [Pg.551]

Figure 14.15 CDI can be used to activate hydroxyl-particles in organic solvent and then the intermediate reactive imidazole carbamate brought into aqueous solution for coupling amine-containing ligands. Figure 14.15 CDI can be used to activate hydroxyl-particles in organic solvent and then the intermediate reactive imidazole carbamate brought into aqueous solution for coupling amine-containing ligands.
Unlike the succinimidyl succinate or succinimidyl glutarate activation methods, SC chemistry does not suffer from the presence of a labile ester bond. The intermediate reactive NHS carbonate may hydrolyze in aqueous solution to release NHS and CO2, essentially regenerating... [Pg.941]

The same report23 describes the generation of C-P bonds using red phosphorus under acidic conditions. The intermediate reactive species under these conditions is hypophosphorous acid.25 Using aqueous HI (57%) with dioxane, a 25% (purified) yield of benzylphos-phonic acid could be isolated from the reaction involving benzalde-hyde (Figure 2.8). Under the conditions of reaction, aqueous HI with... [Pg.29]

Interface, the air-water, chirality and molecular recognition in monolayers at, 28, 45 Intermediates, reactive, study of, by electrochemical methods, 19, 131 Intermediates, tetrahedral, derived from carboxylic acids, spectroscopic detection and investigation of their properties, 21, 37 Intramolecular reactions, effective molarities for, 17, 183 Intramolecular reactions, of chain molecules, 22, 1... [Pg.357]

Interface, the air-water, chirality and molecular recognition in monolayers at, 28, 45 Intermediates, reactive, study of, by electrochemical methods, 19, 131... [Pg.302]

These intermediates, reactive as they are, may react with different competing reactants yielding different reaction products. Very reactive and shortlived intermediates, which do not live long enough to leave the electrode surface by diffusion and intermediates which are adsorbed at the electrode... [Pg.152]


See other pages where Intermediate reactivity is mentioned: [Pg.222]    [Pg.476]    [Pg.246]    [Pg.49]    [Pg.690]    [Pg.239]    [Pg.63]    [Pg.189]    [Pg.75]    [Pg.42]    [Pg.124]    [Pg.219]    [Pg.386]    [Pg.606]    [Pg.895]    [Pg.338]    [Pg.481]    [Pg.94]    [Pg.36]    [Pg.53]    [Pg.330]    [Pg.90]    [Pg.32]    [Pg.701]    [Pg.265]    [Pg.295]    [Pg.30]    [Pg.246]    [Pg.476]   
See also in sourсe #XX -- [ Pg.298 ]




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A New Reactive Intermediate The Homoenolate Anion

Alkali metal atoms, reactive intermediate

Anionic structures reactive intermediates

Application to Trapping of Reactive Intermediates

Back electron transfer cation reactive intermediates

Bonding and Structures of Reactive Intermediates

Boron hydrides, reactive intermediate

Carbocation as reactive intermediate

Carbocations as reactive intermediates

Carbocations reactive intermediate functions

Carcinogens reactive Intermediates

Catalytic mechanism with reactive intermediates

Cationic structures reactive intermediates

Chemical reactions reactive intermediates

Choosing Models of Reactive Intermediates

Coming to Grips with Reactive Intermediates

Cyanoacetylenes as precursors for reactive and interstellar intermediates

Cytochrome P450 enzymes reactive intermediates activated

Cytochrome reactive intermediated

Dioxygen Binding and Activation Reactive Intermediates

Dioxygen reactive intermediates

Dynamic effects: organic reactive intermediates

E Reactive intermediates

EXCITED STATES AND REACTIVE INTERMEDIATES

Electric discharge, reactive intermediates

Electrochemical generation reactive intermediates

Electrochemical methods, study of reactive intermediates

Electron diffraction, reactive intermediates

Electron transfer cation reactive intermediates

Electronic structure reactive intermediates

Electrophilic reactive intermediates

Encapsulation of Reactive Intermediates

Enzyme intermediates reactivity

Enzyme-generated ‘ ‘reactive-intermediate

Enzyme-generated ‘ ‘reactive-intermediate analogues

Fluorinated reactive intermediates

Fluorinated reactive intermediates energies

Fluorine atoms, reactive intermediate generation

Free radical reactive intermediates

Free radical reactive intermediates bioactivation

Free radical reactive intermediates damage

Free radical reactive intermediates species

Functional group activation reactive intermediates

Generation of reactive intermediates

Heterolysis reactive intermediates

Intermediates reactive metallic

Intermediates reactive, formation

Intermediates, reactive

Intermediates, reactive

Intermediates, reactive methylene

Intermediates, reactive trimethylenemethane

Intermediates, reactive, study

Intermediates, reactive, study electrochemical methods

Intermediates, reactive, study of, by electrochemical methods

Ionic Components and the Reactive Intermediate Stages

Ionization, reactive intermediates

Is TST Completely Correct The Dynamic Behavior of Organic Reactive Intermediates

Isotopic substitution, reactive intermediate

Liquid-phase reactive intermediates,

Maillard reaction reactive intermediates

Mass spectrometry, reactive intermediate

Mass spectrometry, reactive intermediate detection with

Metabolic activation, organic reactive intermediates

Nickel carbonyl complexes, reactive intermediates

Nickel-Dioxygen Complexes and Their Reactive Intermediates

Nitrenes reactive intermediates

Organic radical ions reactive intermediates

Organic reaction mechanism reactive carbon intermediates

Organic reactions, involving reactive intermediates

Organic synthesis, reactive intermediates

Other reactive intermediates

Oxo-Titanium Species and Reactive Intermediates

Oxygen, reactive intermediates

Oxygenates as Reactive Intermediates

Oxygenates, reactive intermediates

Photochemically Generated Reactive Intermediates

Picosecond lasers reactive intermediates

Probing Reactivity of Intermediates

Radical as reactive intermediate

Radical ions reactive intermediates

Reaction mechanisms Reactive intermediates

Reaction reactive intermediates

Reactions Involving Carbocations, Carbenes, and Radicals as Reactive Intermediates

Reactive Crystallization of an Intermediate

Reactive Intermediate Chemistry, edited by Robert A. Moss, Matthew S. Platz, and Maitland Jones

Reactive Intermediates Iron and Copper Species

Reactive Intermediates in Organic Chemistry: Structure, Mechanism, and Reactions, First Edition

Reactive Intermediates in PET Reactions

Reactive Intermediates, quinone methide

Reactive Polymer Intermediates

Reactive carbon intermediates

Reactive intermediate carbanion

Reactive intermediate carbocation

Reactive intermediate description

Reactive intermediate detection

Reactive intermediate energy requirement

Reactive intermediate generation

Reactive intermediate generation biradicals

Reactive intermediate generation carbenes, nitrenes

Reactive intermediate generation cyclobutadiene

Reactive intermediate generation infrared spectroscopy

Reactive intermediate generation probing techniques

Reactive intermediate generation radical ions

Reactive intermediate generation radicals

Reactive intermediate in chemical reaction

Reactive intermediate isolation

Reactive intermediate photochemical generation

Reactive intermediate sequestration

Reactive intermediate spectroscopic detection

Reactive intermediate, oxidation

Reactive intermediate, oxidation mechanism

Reactive intermediate-mediated

Reactive intermediate-mediated bioactivation

Reactive intermediate-mediated damage

Reactive intermediate-mediated free radical

Reactive intermediate-mediated mechanisms

Reactive intermediate-mediated species

Reactive intermediates Carbocations

Reactive intermediates acetaminophen

Reactive intermediates anionic species

Reactive intermediates atoms

Reactive intermediates carbanions

Reactive intermediates carbanions, characteristics

Reactive intermediates carbenes

Reactive intermediates carbenes, features

Reactive intermediates carbocation, features

Reactive intermediates cationic species

Reactive intermediates coordinatively unsaturated

Reactive intermediates defined

Reactive intermediates electrons

Reactive intermediates formed by ionizing radiation in polymers

Reactive intermediates free radicals, characteristics

Reactive intermediates in organic chemistry

Reactive intermediates in organosilicon chemistry

Reactive intermediates ionic

Reactive intermediates ions versus radicals

Reactive intermediates lifetimes

Reactive intermediates long-lived

Reactive intermediates matrix isolation

Reactive intermediates metal-based radicals

Reactive intermediates nitrenes, characteristics

Reactive intermediates photogenerated

Reactive intermediates radical species

Reactive intermediates radicals

Reactive intermediates reactions with

Reactive intermediates redox isomers

Reactive intermediates silenes

Reactive intermediates silyl anions

Reactive intermediates silylenes

Reactive intermediates solid state studies

Reactive intermediates solution-phase studies

Reactive intermediates, catalytic mechanism

Reactive intermediates, definition

Reactive intermediates, encapsulation

Reactive intermediates, ionic liquids

Reactive intermediates, organic

Reactive intermediates, stabilization

Reactive nitrogen intermediates

Reactive surface intermediate species

Reactive surface intermediate species measurement

Reactivity effects Wheland intermediates

Reactivity of Polar Organometallic Intermediates

Reactivity of enzyme intermediates

Reagents, reactive intermediate generation

Rhenium complexes reactive intermediates

Rhodium carbonyl complexes, reactive intermediates

Short-lived reactive metabolites/intermediates

Silicon oxide, reactive intermediates

Silylene Complexes as Reactive Intermediates

Solid-state reactive intermediates

Solution-phase reactive intermediates

Solvolysis reactive intermediates

Spectroscopy reactive intermediate detection with

Stabilization of reactive intermediates

Stoichiometric reactions reactive intermediates

Studies on Some Reactive Intermediates and Mechanisms of Radical Reactions

Summary Reactive Intermediates

Synthesis reactive intermediates

Time-resolved characterization methods, reactive intermediates

Transient/reactive intermediates

Trapping reactive intermediates

Tungsten complexes reactive intermediates

Vibrational reactive intermediates

Vinyl carbanion reactive intermediate

Zinc-mediated Preparation of Reactive Intermediates

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