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Results: 1-25 | 26-39 |
Results: 26-39/39
AN AUTOMATED COMPUTER VISION AND ROBOTICS-BASED TECHNIQUE FOR 3-D FLEXIBLE BIOMOLECULAR DOCKING AND MATCHING
Authors: SANDAK B NUSSINOV R WOLFSON HJ
Citation: B. Sandak et al., AN AUTOMATED COMPUTER VISION AND ROBOTICS-BASED TECHNIQUE FOR 3-D FLEXIBLE BIOMOLECULAR DOCKING AND MATCHING, Computer applications in the biosciences, 11(1), 1995, pp. 87-99
MOLECULAR-SURFACE COMPLEMENTARITY AT PROTEIN-PROTEIN INTERFACES - THECRITICAL ROLE PLAYED BY SURFACE NORMALS AT WELL PLACED, SPARSE, POINTS IN DOCKING
Authors: NOREL R LIN SL WOLFSON HJ NUSSINOV R
Citation: R. Norel et al., MOLECULAR-SURFACE COMPLEMENTARITY AT PROTEIN-PROTEIN INTERFACES - THECRITICAL ROLE PLAYED BY SURFACE NORMALS AT WELL PLACED, SPARSE, POINTS IN DOCKING, Journal of Molecular Biology, 252(2), 1995, pp. 263-273
A GEOMETRY-BASED SUITE OF MOLECULAR DOCKING PROCESSES
Authors: FISCHER D LIN SL WOLFSON HL NUSSINOV R
Citation: D. Fischer et al., A GEOMETRY-BASED SUITE OF MOLECULAR DOCKING PROCESSES, Journal of Molecular Biology, 248(2), 1995, pp. 459-477
A STUDY OF 4-HELIX BUNDLES - INVESTIGATING PROTEIN-FOLDING VIA SIMILAR ARCHITECTURAL MOTIFS IN PROTEIN CORES AND IN SUBUNIT INTERFACES
Authors: LIN SL TSAI CJ NUSSINOV R
Citation: Sl. Lin et al., A STUDY OF 4-HELIX BUNDLES - INVESTIGATING PROTEIN-FOLDING VIA SIMILAR ARCHITECTURAL MOTIFS IN PROTEIN CORES AND IN SUBUNIT INTERFACES, Journal of Molecular Biology, 248(1), 1995, pp. 151-161
3-DIMENSIONAL, SEQUENCE ORDER-INDEPENDENT STRUCTURAL COMPARISON OF A SERINE-PROTEASE AGAINST THE CRYSTALLOGRAPHIC DATABASE REVEALS ACTIVE-SITE SIMILARITIES - POTENTIAL IMPLICATIONS TO EVOLUTION AND TO PROTEIN-FOLDING
Authors: FISCHER D WOLFSON H LIN SL NUSSINOV R
Citation: D. Fischer et al., 3-DIMENSIONAL, SEQUENCE ORDER-INDEPENDENT STRUCTURAL COMPARISON OF A SERINE-PROTEASE AGAINST THE CRYSTALLOGRAPHIC DATABASE REVEALS ACTIVE-SITE SIMILARITIES - POTENTIAL IMPLICATIONS TO EVOLUTION AND TO PROTEIN-FOLDING, Protein science, 3(5), 1994, pp. 769-778
MOLECULAR-SURFACE REPRESENTATIONS BY SPARSE CRITICAL-POINTS
Authors: LIN SL NUSSINOV R FISCHER D WOLFSON HJ
Citation: Sl. Lin et al., MOLECULAR-SURFACE REPRESENTATIONS BY SPARSE CRITICAL-POINTS, Proteins, 18(1), 1994, pp. 94-101
MOLECULAR-SURFACE RECOGNITION BY A COMPUTER VISION-BASED TECHNIQUE
Authors: NOREL R FISCHER D WOLFSON HJ NUSSINOV R
Citation: R. Norel et al., MOLECULAR-SURFACE RECOGNITION BY A COMPUTER VISION-BASED TECHNIQUE, Protein engineering, 7(1), 1994, pp. 39-46
SHAPE COMPLEMENTARITY AT PROTEIN-PROTEIN INTERFACES
Authors: NOREL R LIN SL WOLFSON HJ NUSSINOV R
Citation: R. Norel et al., SHAPE COMPLEMENTARITY AT PROTEIN-PROTEIN INTERFACES, Biopolymers, 34(7), 1994, pp. 933-940
SURFACE DESCRIPTION AND BIOMOLECULAR RECOGNITION (DOCKING)
Authors: LIN SL FISCHER D WOLFSON H NUSSINOV R
Citation: Sl. Lin et al., SURFACE DESCRIPTION AND BIOMOLECULAR RECOGNITION (DOCKING), Biophysical journal, 66(2), 1994, pp. 10000062-10000062
3-D, SEQUENCE-ORDER-INDEPENDENT COMPARISONS OF PROTEIN STRUCTURES
Authors: FISCHER D TSAI CJ LIN SL WOLFSON H NUSSINOV R
Citation: D. Fischer et al., 3-D, SEQUENCE-ORDER-INDEPENDENT COMPARISONS OF PROTEIN STRUCTURES, Biophysical journal, 66(2), 1994, pp. 10000062-10000062
SURFACE MOTIFS BY A COMPUTER VISION TECHNIQUE - SEARCHES, DETECTION, AND IMPLICATIONS FOR PROTEIN LIGAND RECOGNITION
Authors: FISCHER D NOREL R WOLFSON H NUSSINOV R
Citation: D. Fischer et al., SURFACE MOTIFS BY A COMPUTER VISION TECHNIQUE - SEARCHES, DETECTION, AND IMPLICATIONS FOR PROTEIN LIGAND RECOGNITION, Proteins, 16(3), 1993, pp. 278-292
SPATIAL, SEQUENCE-ORDER-INDEPENDENT STRUCTURAL COMPARISON OF ALPHA BETA PROTEINS - EVOLUTIONARY IMPLICATIONS/
Authors: FISCHER D WOLFSON H NUSSINOV R
Citation: D. Fischer et al., SPATIAL, SEQUENCE-ORDER-INDEPENDENT STRUCTURAL COMPARISON OF ALPHA BETA PROTEINS - EVOLUTIONARY IMPLICATIONS/, Journal of biomolecular structure & dynamics, 11(2), 1993, pp. 367
A COMPUTER VISION-BASED TECHNIQUE FOR 3-D SEQUENCE-INDEPENDENT STRUCTURAL COMPARISON OF PROTEINS
Authors: BACHAR O FISCHER D NUSSINOV R WOLFSON H
Citation: O. Bachar et al., A COMPUTER VISION-BASED TECHNIQUE FOR 3-D SEQUENCE-INDEPENDENT STRUCTURAL COMPARISON OF PROTEINS, Protein engineering, 6(3), 1993, pp. 279-288
THE EUKARYOTIC CCAAT AND TATA BOXES, DNA SPACER FLEXIBILITY AND LOOPING
Authors: NUSSINOV R
Citation: R. Nussinov, THE EUKARYOTIC CCAAT AND TATA BOXES, DNA SPACER FLEXIBILITY AND LOOPING, Journal of theoretical biology, 155(2), 1992, pp. 243-270
Risultati: 1-25 | 26-39 |