Color computer-generated structures

Computer-generated model of the quaternary structure of hemoglobin, a protein consisting of four interlinked polypeptide chains, each shown in a different color. Computers are important tools for the study of biomolecules, as they help scientists visualize complex three-dimensional structures. 

Computer-generated c-alpha tube model of the crystal structure of trypsin, seen from the same perspective as in figure 8.6(a). The coloring of the amino acid side chains and the inhibitor (benzamidine) is as in figure 8.6(a). (b) A close-up view of the active site of trypsin... 

Figure 5.5 Computer-generated binding structures of fluoro-taxoids to fi-tubulin (a) SB-T-1284 (3 -CF2H) (b) SB-T-1282 (3 -CF3) (c) SB-T-12853 (3 -CF2=CH) (d) Overlay of SB-T-12853 and SB-T-1213 (C3 -isobutenyi). See color plate 5.5.

Computer-generated model of the binding of a buckyball derivative to the site of HiV-protease that normaSy attaches to a proteh needed for the reproduction of HiV. The buckyball structure (purple color) fits ti tly into the active site, thus preventhg the enzyme from carrying out its function. 

Fig. 1 Comparison of lens fibo" cell geometry and its finite element mesh representation. A Mouse ocular lens structure imaged with electron microscopy, reproduced from [7]. B 2D projection of the half of finite element mesh generates using CMISS and visuaUzed using CMGUI with the curved internal cuboid elements are outUnes in green. The outer surface of the lens, colored in red, is where the computational boundary conditions are appUed to the mesh. The points of reference are labeled (AP) anteria-pole, (PP) posterior pole and (EQ) equator...

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