Normal mode calculations have been done on 92 disulfide bridges in 25 known protein structures in order to correlate the SS stretch frequency with the CCSS dihedral angle. It is possible to classify the frequencies into four major categories, which provide a more detailed classification scheme than previously proposed from dialkyl disulfide correlations.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/37862/1/360320405_ftp.pd
The planarity of the peptide group is one of the fundamental features of protein structure that is d...
The presence of chalcogen bonds in native proteins was investigated on a non-redundant and high-reso...
Protein structural knowledge is essential to understanding cellular function and the molecular basis...
Normal mode calculations have been done on a range of disulfide bridge conformations in order to det...
We have used our previously derived ab initio disulfide and empirical polypeptide force field to cal...
The geometric parameters and quadratic force constants of dimethyl disulfide, methylethyl disulfide,...
Normal mode calculations have been made on the known structures of disulfide bridges in erabutoxin b...
Disulfide bonds formed by the oxidation of cysteine residues in proteins are the major form of intra...
The significant contribution of naturally occurring disulfide bonds to protein stability has encoura...
The conformational characteristics of disulfide bridges in proteins have been analyzed using a datas...
The significant contribution of naturally occurring disulfide bonds to protein stability has encoura...
The conformational characteristics of disulfide bridges in proteins have been analyzed using a datas...
The conformational characteristics of disulfide bridges in proteins have been analyzed using a datas...
[[abstract]]We found that that disulfide-bonding patterns can be used to discriminate structure simi...
The planarity of the peptide group is one of the fundamental features of protein structure that is d...
The planarity of the peptide group is one of the fundamental features of protein structure that is d...
The presence of chalcogen bonds in native proteins was investigated on a non-redundant and high-reso...
Protein structural knowledge is essential to understanding cellular function and the molecular basis...
Normal mode calculations have been done on a range of disulfide bridge conformations in order to det...
We have used our previously derived ab initio disulfide and empirical polypeptide force field to cal...
The geometric parameters and quadratic force constants of dimethyl disulfide, methylethyl disulfide,...
Normal mode calculations have been made on the known structures of disulfide bridges in erabutoxin b...
Disulfide bonds formed by the oxidation of cysteine residues in proteins are the major form of intra...
The significant contribution of naturally occurring disulfide bonds to protein stability has encoura...
The conformational characteristics of disulfide bridges in proteins have been analyzed using a datas...
The significant contribution of naturally occurring disulfide bonds to protein stability has encoura...
The conformational characteristics of disulfide bridges in proteins have been analyzed using a datas...
The conformational characteristics of disulfide bridges in proteins have been analyzed using a datas...
[[abstract]]We found that that disulfide-bonding patterns can be used to discriminate structure simi...
The planarity of the peptide group is one of the fundamental features of protein structure that is d...
The planarity of the peptide group is one of the fundamental features of protein structure that is d...
The presence of chalcogen bonds in native proteins was investigated on a non-redundant and high-reso...
Protein structural knowledge is essential to understanding cellular function and the molecular basis...