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Sirius is a molecular modeling and analysis system developed at San Diego Supercomputer Center. Sirius is designed to support advanced user requirements that go beyond simple display of small molecules and proteins. In addition to high quality interactive 3D graphics, Sirius supports structure building, displaying protein or DNA primary sequences, access to remote data sources and visualization of molecular dynamics trajectories. Sirius can be used for scientific visualization and analysis, as well as for chemistry and biology instruction. == The key features == Sirius supports a variety of applications with a set of features that include * Building and editing chemical structures using a library of fragments * Protein structure and sequence alignment * Command line interpreter and scripting support fully compatible with existing RasMol scripts * Full support for molecular dynamics trajectory visualization * BLAST search directly in Protein Data Bank and Uniprot databases * Ability to move parts of the loaded data while freezing the rest * Interactive calculation of hydrogen bonding, steric clashes, Ramachandran plots * Support for all major structure and sequence formats * Bundled POV-Ray for creating photorealistic images * Integrated selection and coloring across individual visualization components Sirius is based on molecular graphics code and data structures developed as a part of (Molecular Biology Toolkit ). 抄文引用元・出典: フリー百科事典『 ウィキペディア（Wikipedia）』 ■ウィキペディアで「Sirius visualization software」の詳細全文を読む スポンサード リンク
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