虚拟现实作为结构勘察的思维工具

Martina Maritan
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引用次数: 0

摘要

结构生物学使科学家能够对分子结构进行非常详细的研究,包括原子层面的研究。这种分子解剖学知识对于理解分子的功能和指导基于结构的药物发现至关重要。将分子结构可视化并对其进行操作是这一过程中必不可少的一步,而技术的进步也为这一过程提供了越来越先进的方法。可视化探索过程本身就是一个创造性的时刻,可以产生意想不到的想法。Nanome 开发了一个利用虚拟和混合现实技术的平台,使科学家们能够在三维结构前进行头脑风暴,并将该平台作为视觉测试假设的沙盒。虚拟现实环境提供的与分子的直观互动,使其成为促进创造力和开启意外灵感的强大工具。研究小组利用这一虚拟环境自由地实时探索结构和分子设计,从而构思出全新的化合物并获得新的结构见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Virtual reality as a thinking tool for structural investigation
Structural biology enables scientists to examine molecular structures in exceptional detail, including at the atomic level. This knowledge of molecular anatomy is crucial for understanding how molecules function and for guiding structure-based drug discovery. Visualizing and manipulating molecular structures is an essential step in this process, and advances in technology are providing increasingly sophisticated methods for doing so. The very process of visual exploration can be a moment for creativity and lead to unexpected ideas. Nanome has developed a platform that utilizes virtual and mixed reality to enable scientists to brainstorm in front of 3D structures and use the platform as a sandbox for visually testing hypotheses. The intuitive interaction with molecules offered by the virtual reality environment makes it a powerful tool for promoting creativity and unlocking unforeseen inspirations. Research groups have used this virtual environment to freely explore structures and molecular designs in real-time, leading to the ideation of completely novel compounds and gaining new structural insights.
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