Sequence design in lattice models by graph theoretical methods (2001)
Sanjeev, BS, Patra, SM, Vishveshwara, S
A general strategy has been developed based on graph theoretical methods, for finding amino acid sequences that take up a desired conformation as the native state. This problem of inverse design has...
Sequence design in lattice models by graph theoretical methods (2001)
Sanjeev, BS, Patra, SM, Vishveshwara, S
A general strategy has been developed based on graph theoretical methods, for finding amino acid sequences that take up a desired conformation as the native state. This problem of inverse design has...
Backbone cluster identification in proteins by a graph theoretical method (2000)
A graph theoretical algorithm has been developed to identify backbone clusters of residues in proteins. The identified clusters show protein sites with the highest degree of interactions. An...
Backbone cluster identification in proteins by a graph theoretical method (2000)
A graph theoretical algorithm has been developed to identify backbone clusters of residues in proteins. The identified clusters show protein sites with the highest degree of interactions. An...
Classification of Polymer Structures by Graph Theory (1999)
Compact polymers such as proteins obtain their unique conformation by appropriate nonbonded interactions among their monomer residues. Innumerable nonnative compact conformations are also possible,...
Classification of Polymer Structures by Graph Theory (1999)
Compact polymers such as proteins obtain their unique conformation by appropriate nonbonded interactions among their monomer residues. Innumerable nonnative compact conformations are also possible,...