Synthesis, redox properties, and conformational analysis of vicinal disulfide ring mimics
摘要:
A vicinal disulfide ring (VDR) results from disulfide-bond formation between two adjacent cysteine residues. This eight-membered ring is a rare motif in protein structures and is functionally important to those few proteins that posses it. This article focuses on the construction of strained and unstrained VDR mimics, discernment of the preferred conformation of these mimics, and the determination of their respective disulfide redox potentials. (C) 2008 Elsevier Ltd. All rights reserved.
Synthesis, redox properties, and conformational analysis of vicinal disulfide ring mimics
摘要:
A vicinal disulfide ring (VDR) results from disulfide-bond formation between two adjacent cysteine residues. This eight-membered ring is a rare motif in protein structures and is functionally important to those few proteins that posses it. This article focuses on the construction of strained and unstrained VDR mimics, discernment of the preferred conformation of these mimics, and the determination of their respective disulfide redox potentials. (C) 2008 Elsevier Ltd. All rights reserved.
Novel dimercaptoamides, compositions comprising them as reducing agents, and processes for permanently reshaping keratin fibers therewith
申请人:Philippe Michel
公开号:US20060013784A1
公开(公告)日:2006-01-19
The present disclosure relates to specific dimercaptoamides, reducing compositions for permanently reshaping keratin fibers comprising the dimercaptoamides, for instance, human keratin fibers such as the hair; and processes for reshaping keratin fibers comprising the application of said reducing compositions. The present disclosure also relates to processes for preparing the dimercaptoamides.
Synthesis, redox properties, and conformational analysis of vicinal disulfide ring mimics
作者:Erik L. Ruggles、P. Bruce Deker、Robert J. Hondal
DOI:10.1016/j.tet.2008.11.085
日期:2009.2
A vicinal disulfide ring (VDR) results from disulfide-bond formation between two adjacent cysteine residues. This eight-membered ring is a rare motif in protein structures and is functionally important to those few proteins that posses it. This article focuses on the construction of strained and unstrained VDR mimics, discernment of the preferred conformation of these mimics, and the determination of their respective disulfide redox potentials. (C) 2008 Elsevier Ltd. All rights reserved.