Molecular modelling and computer graphics

Computer graphics modelling and the specificity of renins.

Mouse submaxillary, mouse kidney and human renins have been modelled using the three-dimensional structure of the homologous endothiapepsin, which has been defined by high-resolution X-ray analysis, and the amino acid sequences derived from protein, complementary DNA or gene sequencing. These computer graphics studies have shown that all renins can adopt three-dimensional structures similar to ...

Computer Graphics Applications on Molecular Biology and Drug Design

Molecular structure-based drug design is an art and a science. As graphics hardware has matured and software continues to mature, the applications of computer algorithms on molecular biology provides a rigorous basis for many drug design efforts. In this paper we try to present the basic principles in molecular graphics as long as it concerns molecular representations and modelling, and outline...

Pyramid-based Computer Graphics the Pyramid Representation and Computer Graphics

Pyramid-based graphics techniques can provide realistic computer graphics on small systems without the complexities of physics simulations. Human beings have an intuitive feel for graphics. Graphics problems such as blending two images smoothly, interpolating to fill in missing image data, or creating realistic looking images are routinely solved by artists using traditional media. It i s much ...

Computer graphics

Computer Graphics

An introduction to some of the key ideas in computer graphics is given. Modeling, 2D and 3D viewing, transformations and related ideas from linear algebra are presented. Subject Areas: Computer Graphics.