New reagents. IV. Oxidizing reagents. Tl(OCOCF3)3 as a disulfide bond-forming reagent.

QUINALDINIUM AND POLY(2- VINYLQUINOLINIUM) DICHROMATES AS NEW MONOMERIC AND POLYMERIC OXIDIZING REAGENTS

Preparation and uses of quinaldinium dichromate and its polymeric analogue poly (2- vinylquinolinium) dichromate as the new monomeric and polymeric oxochromium-amine complex reagents for oxidizing variousorganic compounds, with emphasis on the latter, are described

Reversible Inactivation of Cytochrome Oxidase by Disulfide Bond Reagents.

Recent studies on the chemical nature of cytochrome oxidase (cytochrome c :02 oxidoreductase, EC 1.9.3.1) have been concerned largely with the structure of its iron-porphyrin prosthetic group (cj. (l)), the importance of copper as an integral component of the enzyme (e.g. (2-5)), and the possible role of a lipid factor (e.g. (6-8)). By contrast, little work has been done on the nature of the fu...

PROBING THE ACTIVE SITE OF RHODANESE WITH DISULFIDE REAGENTS

quinaldinium and poly(2- vinylquinolinium) dichromates as new monomeric and polymeric oxidizing reagents

preparation and uses of quinaldinium dichromate and its polymeric analogue poly (2- vinylquinolinium) dichromate as the new monomeric and polymeric oxochromium-amine complex reagents for oxidizing variousorganic compounds, with emphasis on the latter, are described

Immobilized N-Chlorosuccinimide as a Friendly Peptide Disulfide-Forming Reagent

A novel immobilized N-chlorosuccinimide resin was developed for peptide disulfide bond formation in combinatorial libraries. The resin is prepared in a simple two-step process from commercial starting materials. Disulfide formation is initiated by adding a peptide solution to the resin, and excess reagent is removed by a convenient filtration upon completion of disulfide formation. Completion o...