Computational and visualization techniques for structural bioinformatics using chimera /
Burkowski, Forbes J.,author.
"This book emphasizes computer programs that analyze protein structural data with program output generating data files and visual feedback in the form of a molecular display. The theoretical part of the text considers both the mathematical models related to molecular structure and the computational strategies that work with these models to derive results. The practical part of the text presents UCSF Chimera as a "workbench" that provides a Python programming environment and the ability to see program output in the molecular display. The accompanying CD-ROM includes Python code, color figures, and session files for Chimera"--
"Goals of this book while attending a workshop or conference on Structural Bioinformatics you may overhear tidbits of conversations that are interspersed with phrases such as "phosphofructokinase regulation", "singular value decomposition", or "class instantiation". The usage of such terminology, arising from biochemistry, mathematics, and computer science respectively would not be surprising in this setting because these three areas of investigation have become the core of expertise required for the study of structural bioinformatics:"--
"This book emphasizes computer programs that analyze protein structural data with program output generating data files and visual feedback in the form of a molecular display. The theoretical part of the text considers both the mathematical models related to molecular structure and the computational strategies that work with these models to derive results. The practical part of the text presents UCSF Chimera as a "workbench" that provides a Python programming environment and the ability to see program output in the molecular display. The accompanying CD-ROM includes Python code, color figures, and session files for Chimera"--
"Goals of this book while attending a workshop or conference on Structural Bioinformatics you may overhear tidbits of conversations that are interspersed with phrases such as "phosphofructokinase regulation", "singular value decomposition", or "class instantiation". The usage of such terminology, arising from biochemistry, mathematics, and computer science respectively would not be surprising in this setting because these three areas of investigation have become the core of expertise required for the study of structural bioinformatics:"--
Includes bibliographical references and index.
Structural bioinformatics
Molecular structure
Proteins