Israel Journal of Chemistry · 2013 · 263 citations · 6 references
Life SciencesBiochemistryMolecular BiologyBiomolecular ModelingStructural BioinformaticsStructural BiologyComputational Structural BiologyMacromolecular Structure DeterminationMolecular ModelingMolecular VisualizationProtein StructureProtein Structure Modeling3D Molecular ModelingChemical Structure VisualizationInteractive Molecular VisualizationMacromolecular Structure VisualizationMolecular Biology VisualizationMolecular RepresentationsMolecular Structure DeterminationMolecular Structure Visualization
Abstract Although Java does not run on some handheld devices, e.g., iPads and iPhones, JavaScript does. The development of JSmol, a JavaScript‐only version of Jmol, is described, and its use in Proteopedia is demonstrated. A key aspect of JSmol is that it includes the full implementation of the entire set of Jmol functionalities, including file reading and writing, scripting, and rendering. The relative performances of Java‐based Jmol and JavaScript‐only JSmol are discussed. We can now confirm that the guiding principles of Java programming can be completely and relatively straightforwardly transformed directly into JavaScript, requiring no Java applet, and producing identical graphical results. JSmol is thus the first full‐featured molecular viewer, and the first ever viewer for proteins, which can be utilized with an internet browser on handheld devices lacking Java. Since the MediaWiki features of Proteopedia have been modified to optionally use JSmol, the wealth of crowd‐sourced content in Proteopedia is now directly available on such devices, without the need to download any additional applet.
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Structural Linkage between Ligand Discrimination and Receptor Activation by Type I Interferons
Christoph Thomas, Ignacio Moraga, Doron Levin et al. · Cell · 2011 · 356 citations
Molecular Model-Building by Computer
Cyrus Levinthal · Scientific American · 1966 · 332 citations