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Results: 1-25 | 26-50 | 51-63 |
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EASY ADAPTATION OF PROTEIN-STRUCTURE TO SEQUENCE
Authors: CHELVANAYAGAM G ROY G ARGOS P
Citation: G. Chelvanayagam et al., EASY ADAPTATION OF PROTEIN-STRUCTURE TO SEQUENCE, Protein engineering, 7(2), 1994, pp. 173-184
CONSERVATION OF AMPHIPATHIC CONFORMATIONS IN MULTIPLE PROTEIN STRUCTURAL ALIGNMENTS
Authors: PASCARELLA S ARGOS P
Citation: S. Pascarella et P. Argos, CONSERVATION OF AMPHIPATHIC CONFORMATIONS IN MULTIPLE PROTEIN STRUCTURAL ALIGNMENTS, Protein engineering, 7(2), 1994, pp. 185-193
THE PROTEIN-FOLDING PROBLEM - FINDING A FEW MINIMUMS IN A NEAR INFINITE SPACE
Authors: ARGOS P ABAGYAN R
Citation: P. Argos et R. Abagyan, THE PROTEIN-FOLDING PROBLEM - FINDING A FEW MINIMUMS IN A NEAR INFINITE SPACE, Computers & chemistry, 18(3), 1994, pp. 225-231
THE ROLE OF SIDE-CHAIN HYDROGEN-BONDS IN THE FORMATION AND STABILIZATION OF SECONDARY STRUCTURE IN SOLUBLE-PROTEINS
Authors: BORDO D ARGOS P
Citation: D. Bordo et P. Argos, THE ROLE OF SIDE-CHAIN HYDROGEN-BONDS IN THE FORMATION AND STABILIZATION OF SECONDARY STRUCTURE IN SOLUBLE-PROTEINS, Journal of Molecular Biology, 243(3), 1994, pp. 504-519
PREDICTION OF TRANSMEMBRANE SEGMENTS IN PROTEINS UTILIZING MULTIPLE SEQUENCE ALIGNMENTS
Authors: PERSSON B ARGOS P
Citation: B. Persson et P. Argos, PREDICTION OF TRANSMEMBRANE SEGMENTS IN PROTEINS UTILIZING MULTIPLE SEQUENCE ALIGNMENTS, Journal of Molecular Biology, 237(2), 1994, pp. 182-192
FOLDING THE MAIN-CHAIN OF SMALL PROTEINS WITH THE GENETIC ALGORITHM
Authors: DANDEKAR T ARGOS P
Citation: T. Dandekar et P. Argos, FOLDING THE MAIN-CHAIN OF SMALL PROTEINS WITH THE GENETIC ALGORITHM, Journal of Molecular Biology, 236(3), 1994, pp. 844-861
PREDICTION OF PROTEIN-FOLDING PATHWAYS - BOVINE PANCREATIC TRYPSIN-INHIBITOR
Authors: CHELVANAYAGAM G ARGOS P
Citation: G. Chelvanayagam et P. Argos, PREDICTION OF PROTEIN-FOLDING PATHWAYS - BOVINE PANCREATIC TRYPSIN-INHIBITOR, Cytotechnology, 11, 1993, pp. 67-71
A METHOD TO RECOGNIZE DISTANT REPEATS IN PROTEIN SEQUENCES
Authors: HERINGA J ARGOS P
Citation: J. Heringa et P. Argos, A METHOD TO RECOGNIZE DISTANT REPEATS IN PROTEIN SEQUENCES, Proteins, 17(4), 1993, pp. 391-411
QUANTIFICATION OF SECONDARY STRUCTURE PREDICTION IMPROVEMENT USING MULTIPLE ALIGNMENTS
Authors: LEVIN JM PASCARELLA S ARGOS P GARNIER J
Citation: Jm. Levin et al., QUANTIFICATION OF SECONDARY STRUCTURE PREDICTION IMPROVEMENT USING MULTIPLE ALIGNMENTS, Protein engineering, 6(8), 1993, pp. 849-854
IMPROVED STRATEGY IN ANALYTIC SURFACE CALCULATION FOR MOLECULAR-SYSTEMS - HANDLING OF SINGULARITIES AND COMPUTATIONAL-EFFICIENCY
Authors: EISENHABER F ARGOS P
Citation: F. Eisenhaber et P. Argos, IMPROVED STRATEGY IN ANALYTIC SURFACE CALCULATION FOR MOLECULAR-SYSTEMS - HANDLING OF SINGULARITIES AND COMPUTATIONAL-EFFICIENCY, Journal of computational chemistry, 14(11), 1993, pp. 1272-1280
A METHOD TO CONFIGURE PROTEIN SIDE-CHAINS FROM THE MAIN-CHAIN TRACE IN HOMOLOGY MODELING
Authors: EISENMENGER F ARGOS P ABAGYAN R
Citation: F. Eisenmenger et al., A METHOD TO CONFIGURE PROTEIN SIDE-CHAINS FROM THE MAIN-CHAIN TRACE IN HOMOLOGY MODELING, Journal of Molecular Biology, 231(3), 1993, pp. 849-860
A DATA-BANK MERGING RELATED PROTEIN STRUCTURES AND SEQUENCES
Authors: PASCARELLA S ARGOS P
Citation: S. Pascarella et P. Argos, A DATA-BANK MERGING RELATED PROTEIN STRUCTURES AND SEQUENCES, Protein engineering, 5(2), 1992, pp. 121-137
ANALYSIS OF INSERTIONS DELETIONS IN PROTEIN STRUCTURES
Authors: PASCARELLA S ARGOS P
Citation: S. Pascarella et P. Argos, ANALYSIS OF INSERTIONS DELETIONS IN PROTEIN STRUCTURES, Journal of Molecular Biology, 224(2), 1992, pp. 461-471
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