Add to ORKGTransitions in amino-acid conformation angles tend to accompany various structural modifications in protein structures. Thus, to benefit the modeling of protein structures, the Conformation Angles DataBase (CADB-3.0) has been updated to visualize the conformational angles in varied regions (fully, generously, additionally and disallowed regions). In addition, options are provided to display the angles in the secondary structural elements (\alpha-helix, \beta-sheet and 310-helix) of the Ramachandran plot. The database is being updated periodically and can be accessed over the World Wide Web at the following URL: http://cluster.physics.iisc.ernet.in/cadb/
An analysis of the nature and distribution of disallowed RamachandranMolecular Biophysics Unit confo...
The paper presents the analysis of the side-chain conformation angles of amino acids in 90% non-iden...
International audienceThe constant increase in the number of solved protein structures is of great h...
Transitions in amino-acid conformation angles tend to accompany various structural modifications in ...
The Conformation Angles Data Base (CADB) is a comprehensive,authoritative and timely knowledge base ...
Conformation Angles DataBase (CADB) provides an online resource to access data on conformation angle...
The Ramachandran plot displays the main chain conformation angles (\Phi and \Psi) of the polypeptide...
Accurate description of helices, including curvature and bending, and determination of interhelical ...
Accurate description of helices, including Curvature and bending, and determination of interhelical ...
A graphics package has been developed to display the main chain torsion angles phi, psi (phi, Psi); ...
In recent years, Deep Learning techniques have achieved some success in bioinformatics tasks, includ...
The Ramachandran plot is among the most central concepts in structural biology, seen in publications...
SummaryThe fast and accurate prediction of protein flexibility is one of the major challenges in pro...
In bioinformatics, protein structure prediction is one of the most important goals and research. The...
International audienceSince the first years of structural biology, the Ramachandran map has provided...
An analysis of the nature and distribution of disallowed RamachandranMolecular Biophysics Unit confo...
The paper presents the analysis of the side-chain conformation angles of amino acids in 90% non-iden...
International audienceThe constant increase in the number of solved protein structures is of great h...
Transitions in amino-acid conformation angles tend to accompany various structural modifications in ...
The Conformation Angles Data Base (CADB) is a comprehensive,authoritative and timely knowledge base ...
Conformation Angles DataBase (CADB) provides an online resource to access data on conformation angle...
The Ramachandran plot displays the main chain conformation angles (\Phi and \Psi) of the polypeptide...
Accurate description of helices, including curvature and bending, and determination of interhelical ...
Accurate description of helices, including Curvature and bending, and determination of interhelical ...
A graphics package has been developed to display the main chain torsion angles phi, psi (phi, Psi); ...
In recent years, Deep Learning techniques have achieved some success in bioinformatics tasks, includ...
The Ramachandran plot is among the most central concepts in structural biology, seen in publications...
SummaryThe fast and accurate prediction of protein flexibility is one of the major challenges in pro...
In bioinformatics, protein structure prediction is one of the most important goals and research. The...
International audienceSince the first years of structural biology, the Ramachandran map has provided...
An analysis of the nature and distribution of disallowed RamachandranMolecular Biophysics Unit confo...
The paper presents the analysis of the side-chain conformation angles of amino acids in 90% non-iden...
International audienceThe constant increase in the number of solved protein structures is of great h...