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MolScript programs

Fig. 10.11. 3D view of a cytochrome P450cam (Camphor Monooxygenase) (EC 1.14.15.1) with bound camphor. This structure has been obtained from the Protein Data Bank and displayed with MolScript program. [Pg.121]

Figure 15-2 Twelve subunits of a ferritin shell drawn using the MOLSCRIPT Program [68] (left) with a schematic diagram showing symmetry relationships between subunits (right). Subunits 1 and II are related by a two-fold symmetry axis passing through the center of the I II interface, I, III and IV by a three-fold axis and I, VII, V and VI by a four-fold axis. Figure 15-2 Twelve subunits of a ferritin shell drawn using the MOLSCRIPT Program [68] (left) with a schematic diagram showing symmetry relationships between subunits (right). Subunits 1 and II are related by a two-fold symmetry axis passing through the center of the I II interface, I, III and IV by a three-fold axis and I, VII, V and VI by a four-fold axis.
Figure 9 Relative accuracy of comparative models. Upper left panel, comparison of homologous structures that share 40% sequence identity. Upper right panel, conformations of ileal lipid-binding protein that satisfy the NMR restraints set equally well. Lower left panel, comparison of two independently determined X-ray structures of interleukin 1(3. Lower right panel, comparison of the X-ray and NMR structures of erabutoxin. The figure was prepared using the program MOLSCRIPT [236]. Figure 9 Relative accuracy of comparative models. Upper left panel, comparison of homologous structures that share 40% sequence identity. Upper right panel, conformations of ileal lipid-binding protein that satisfy the NMR restraints set equally well. Lower left panel, comparison of two independently determined X-ray structures of interleukin 1(3. Lower right panel, comparison of the X-ray and NMR structures of erabutoxin. The figure was prepared using the program MOLSCRIPT [236].
Figure 10 Models of complexes between BLBP and two different fatty acids. The fatty acid ligand IS shown in the CPK representation. The small spheres in the ligand-bmdmg cavity are water molecules, (a) Model of the BLBP-oleic acid complex, in which the cavity is not filled, (b) Model of the BLBP-docosahexaenoic acid complex, m which the cavity is filled. The figure was prepared using the program MOLSCRIPT [236]. Figure 10 Models of complexes between BLBP and two different fatty acids. The fatty acid ligand IS shown in the CPK representation. The small spheres in the ligand-bmdmg cavity are water molecules, (a) Model of the BLBP-oleic acid complex, in which the cavity is not filled, (b) Model of the BLBP-docosahexaenoic acid complex, m which the cavity is filled. The figure was prepared using the program MOLSCRIPT [236].
P Krauhs. MOLSCRIPT A program to produce both detailed and schematic plots of protein structure. J Appl Crystallogr 24 946-950, 1991. [Pg.312]

Molscript A program for displaying molecular 3D structures in both schematic and detailed representations, http //www.avatar.se/molscript/. [Pg.499]

Kraulis PJ. MOLSCRIPT A Program to Produce Both Detailed and Schematic Plots of Protein Structures. J Appl Crystallogr 1991 24 946-950. [Pg.95]

Fig. 1. Structure of the OB-fold domain. The anticodon-binding domain of the E. coli lysyl-tRNA synthetase (pdb code lkrs) is shown as a prototype of single-stranded nucleic acid-binding OB-folds. The model was drawn using the Molscript v2.1 program... Fig. 1. Structure of the OB-fold domain. The anticodon-binding domain of the E. coli lysyl-tRNA synthetase (pdb code lkrs) is shown as a prototype of single-stranded nucleic acid-binding OB-folds. The model was drawn using the Molscript v2.1 program...
Schematic stereo view of the three-dimensional structure of COMT. The ligands bound to COMT are the methyl-donating coenzyme AdoMet and the magnesium ion. Figures 5-7 and 13 were produced using the program MOLSCRIPT [50]. Schematic stereo view of the three-dimensional structure of COMT. The ligands bound to COMT are the methyl-donating coenzyme AdoMet and the magnesium ion. Figures 5-7 and 13 were produced using the program MOLSCRIPT [50].
Figure 11-14 Ribbon drawing of the three-dimensional structure of adapter protein Grb2. The two SH3 domains at the N and C termini are labeled, as is the central SH2 domain. Produced with programs MolScript and Raster3D. From Maignan et al.i76 Courtesy of Amaud Ducruix. Figure 11-14 Ribbon drawing of the three-dimensional structure of adapter protein Grb2. The two SH3 domains at the N and C termini are labeled, as is the central SH2 domain. Produced with programs MolScript and Raster3D. From Maignan et al.i76 Courtesy of Amaud Ducruix.
Figure 19-15 Ribbon representation of chicken skeletal myosin subfragment-1 showing the major domains and tryptic fragments. Prepared with the program MolScript. From Rayment.157... Figure 19-15 Ribbon representation of chicken skeletal myosin subfragment-1 showing the major domains and tryptic fragments. Prepared with the program MolScript. From Rayment.157...
The ribbon diagrams were drawn with the program MolScript, which Per Kraulis has so generously distributed to the scientific community. [Pg.337]

Kraulis, P. J., 1991, MOLSCRIPT a program to produce both detailed and schematic structures. J. Appl. Cryst. 24 946n950. [Pg.400]


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See also in sourсe #XX -- [ Pg.101 ]




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