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Tangible augmented interfaces for structural molecular biology

机译:结构分子生物学的有形增强界面

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摘要

With the prevalence of structural and genomic data, molecular biology has become a human-guided, computer-assisted endeavor. The computer assists the essential human function in two ways: For exploring scientific data, it searches for and tests scientific hypotheses. For collaborating between two or more scientists, it shares knowledge and expertise. As databases grow, as structure and process models become more complex, and as software methods become more diverse, access and manipulation of digital information is increasingly a critical issue for research and collaboration in molecular biology. We have developed an augmented reality (AR) system that lets virtual 3D representations of molecular structures and properties be overlaid on autofabricated models of the molecules. While using our tangible interaction environment, users can intuitively manipulate molecular models and interactions, easily change the representation shown, and access information about molecular properties.
机译:随着结构和基因组数据的普及,分子生物学已成为人类指导的计算机辅助研究。计算机以两种方式辅助人类的基本功能:为探索科学数据,它搜索并检验科学假设。为了在两个或多个科学家之间进行协作,它共享知识和专业知识。随着数据库的发展,随着结构和过程模型变得越来越复杂,以及软件方法变得越来越多样化,数字信息的访问和操纵已成为分子生物学研究和协作的关键问题。我们已经开发了增强现实(AR)系统,该系统可使分子结构和属性的虚拟3D表示叠加在分子的自动模型上。在使用我们切实的交互环境时,用户可以直观地操作分子模型和交互作用,轻松更改显示的表示形式,并访问有关分子特性的信息。

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