Maleic anhydride derivatives; reactions of the double bond

Mode of access: Internet.

Reactions of the metals and their qualitative detection,

Mode of access: Internet.

Outlines of biochemistry; the organic chemistry and the physiochemical reactions of biologically important compounds and systems,

Bibliographical foot-notes.

Photochemistry and the mechanism of chemical reactions /

Includes bibliographical references.

On certain electrical processes in the human body and their relation to emotional reactions /

"Literature on the 'psychogalvanic reflex' and allied phenomena": p. 39.

Chemical kinetics of reactions of the sulphur oxides, S-atoms, SH and H₂S; dissociation, photolysis and reactions with H, O, O₂, O₃ and the nitrogen oxides.

"Based on the files of the Chemical Kinetics Information Center and an examination of Chemical abstracts 1962-1970."

Photochemical secondary reactions in urban air,

Bibliography: p. 199-212.

Encyclopedia of chemical reactions,

Vol. 5 compiled and edited by C. A. Jacobson, with the assistance of Clifford A. Hampel and Elbert C. Weaver; v. 6 compiled by C. A. Jacobson, edited by Clifford A. Hampel.

Some reactions to employing blacks /

"July, 1971."

Conductibilites limites de 2 electrolytes binaires dans quelques dissolvants organiques : reactions photochimiques.

Thesis (doctoral)--Universite de Lausanne.

Uber den reactions-verlauf bei der einwirkug von di- und trinit...

Thesis (doctoral)--

Recherches sur les reactions des orthodiamines avec les aldehyd...

Thesis (doctoral)--

Non-aqueous solvents : applications as media for chemical reactions /

Contains bibliographies.

The Discovery, Development, and Mechanistic Investigations of Transition Metal-Catalyzed Organic Reactions

Thesis (Ph.D.)--University of Washington, 2016-06

Reactions catalyzed by bacterial cytochromes P450

The cytochromes P450 are a large family of oxidative haemoproteins that are responsible for a wide variety of oxidative transformations in a variety of organisms. This review focuses upon the reactions catalyzed specifically by bacterial enzymes, which includes aliphatic hydroxylation, alkene epoxidation, aromatic hydroxylation, oxidative phenolic coupling, heteroatom oxidation and dealkylation, and multiple oxidations including C-C bond cleavage. The potential for the practical application of the oxidizing power of these enzymes is briefly discussed.