Incorporating chemical structures into scientific figures.
Incorporating chemical structures into scientific figures.
复制标题
将化学结构纳入科学数据中。
DOI：
10.1016/j.tibs.2023.06.003
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发表时间：
2023
影响因子：
13.8
通讯作者：
Chan,JenniferC
中科院分区：
文献类型：
--
作者：
Banerjee,Ruma;David,Yael;Chan,JenniferC
为了创建视觉上引人注目的图形，我们主要结合使用 BioRender 和 ChemDraw。 BioRender 是非化学结构的首选工具，而 ChemDraw 用于生成化学结构。这种组合使我们能够利用每个软件的独特功能，优化化学和生物学之间不同分子成分的表示。使用 BioRender 和 Microsoft PowerPoint 合并结构。化学和非化学元素的无缝集成是图形设计的一个关键方面，确保对复杂的生物和化学相互作用的连贯描述。在选择残留物的颜色时，我们的方法侧重于突出分子内变化或活动的区域。这种战略性的颜色编码旨在引起人们对相关特征的注意，使读者能够快速识别和理解图形的关键方面。通过采用这种技术，我们试图提高视觉清晰度并帮助解释所描绘的分子机制。
To create visually compelling figures, we predominantly utilized a combination of BioRender and ChemDraw. BioRender served as the preferred tool for nonchemical structures, while ChemDraw was employed for generating chemical structures. This combination allowed us to leverage the unique capabilities of each software, optimizing the representation of diverse molecular components at the interface between chemistry and biology. The structures were merged using BioRender and Microsoft PowerPoint. The seamless integration of chemical and non-chemical elements was a key aspect of figure design, ensuring a cohesive depiction of complex biological and chemical interactions.In selecting colors for residues, our approach focused on highlighting regions of change or activity within the molecules. This strategic color coding aimed to draw attention to the relevant features, enabling readers to quickly identify and comprehend key aspects of the figure. By employing this technique, we sought to enhance the visual clarity and aid the interpretation of the depicted molecular mechanisms.