Journal of Biological Chemistry · 1994 · 29 citations · 14 references
Life SciencesBiochemistryMolecular BiologyHormone BiochemistryProtein BiochemistryStructural BiologyDisulfide Bond FormationHormone Binding ProteinsProtein StructureDisulfide Bond AnalysisDisulfide Bond ChemistryDisulfide Bond ConnectivityDisulfide Bond StabilityDisulfide Bond StructureDisulfide ChemistryGenomic Dna AnalysisProtein Binding Domains
We have previously isolated, cloned, and characterized a protein that specifically binds and inactivates the peptide corticotropin-releasing factor. The integrity of the disulfide bonds in the binding protein is essential for this activity as reduction abolishes the protein's ability to bind corticotropin-releasing factor. The disulfide arrangement of the 10 cysteines present in the mature protein was established by analysis of proteolytically cleaved protein and sequence analysis of cystine containing fragments. A pattern is observed where each cysteine is connected to the next one in a sequential manner. Inspection of the genomic DNA encoding for this protein reveals that four of the domains defined by disulfide linkage coincide with four different exons.
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Selective reduction of disulfides by tris(2-carboxyethyl)phosphine
John A. Burns, James C. Butler, John T. Moran et al. · The Journal of Organic Chemistry · 1991 · 689 citations