ABSTRACT Disulphide bonds in proteins are known to play diverse roles ranging from folding to structure to function. Thorough knowledge of the conservation status and structural state of the disulphide bonds will help in understanding of the differences in homologous proteins. Here we pres-ent a database for the analysis of conservation and conformation of disulphide bonds in SCOP struc-tural families. This database has a wide range of applications including mapping of disulphide bond mutation patterns, identification of disulphide bonds important for folding and stabilization, mod-eling of protein tertiary structures and in protei
Cysteine is a multifaceted amino acid that is central to the structure and function of many proteins...
Disulfide bonds are ubiquitous in proteins. According to a recent survey, there are 97 741 disulfide...
Disulphide bonds are crucial to correct protein folding, and heavily influ- ence protein function. T...
International audienceDisulphide bonds in proteins are known to play diverse roles ranging from fold...
Disulphide bonds in proteins are known to play diverse roles ranging from folding to structure to fu...
Background: Disulphide bridges are well known to play key roles in stability, folding and functions ...
Proteins are substances with great usage. For industrial usage, proteins are often taken from their ...
DSDBASE is a database of disulphide bonds in proteins, which provides information on native disulphi...
DSDBASE is a database of disulphide bonds in proteins, which provides information on native disulphi...
The presence and location of intramolecular disulphide bonds are a key determinant of the structure ...
The significant contribution of naturally occurring disulfide bonds to protein stability has encoura...
Protein disulfide bonds link pairs of cysteine sulfur atoms and are either structural or functional ...
Disulfide-containing proteins are ideal models for studies of protein folding as the folding interme...
Protein disulfide bonds link cysteine residues in the polypeptide chain. The bonds contribute, somet...
The disulphide bonds are important in deciding the final 3D conformation of protein. Knowing disulph...
Cysteine is a multifaceted amino acid that is central to the structure and function of many proteins...
Disulfide bonds are ubiquitous in proteins. According to a recent survey, there are 97 741 disulfide...
Disulphide bonds are crucial to correct protein folding, and heavily influ- ence protein function. T...
International audienceDisulphide bonds in proteins are known to play diverse roles ranging from fold...
Disulphide bonds in proteins are known to play diverse roles ranging from folding to structure to fu...
Background: Disulphide bridges are well known to play key roles in stability, folding and functions ...
Proteins are substances with great usage. For industrial usage, proteins are often taken from their ...
DSDBASE is a database of disulphide bonds in proteins, which provides information on native disulphi...
DSDBASE is a database of disulphide bonds in proteins, which provides information on native disulphi...
The presence and location of intramolecular disulphide bonds are a key determinant of the structure ...
The significant contribution of naturally occurring disulfide bonds to protein stability has encoura...
Protein disulfide bonds link pairs of cysteine sulfur atoms and are either structural or functional ...
Disulfide-containing proteins are ideal models for studies of protein folding as the folding interme...
Protein disulfide bonds link cysteine residues in the polypeptide chain. The bonds contribute, somet...
The disulphide bonds are important in deciding the final 3D conformation of protein. Knowing disulph...
Cysteine is a multifaceted amino acid that is central to the structure and function of many proteins...
Disulfide bonds are ubiquitous in proteins. According to a recent survey, there are 97 741 disulfide...
Disulphide bonds are crucial to correct protein folding, and heavily influ- ence protein function. T...