The Noguchi Institute, Tokyo 173-0003, Japan.
Graduate School of Science and Engineering, Soka University, Tokyo 192-8577, Japan.
Molecules. 2021 Nov 25;26(23):7149. doi: 10.3390/molecules26237149.
In life science fields, database integration is progressing and contributing to collaboration between different research fields, including the glycosciences. The integration of glycan databases has greatly progressed collaboration worldwide with the development of the international glycan structure repository, GlyTouCan. This trend has increased the need for a tool by which researchers in various fields can easily search glycan structures from integrated databases. We have developed a web-based glycan structure search tool, SugarDrawer, which supports the depiction of glycans including ambiguity, such as glycan fragments which contain underdetermined linkages, and a database search for glycans drawn on the canvas. This tool provides an easy editing feature for various glycan structures in just a few steps using template structures and pop-up windows which allow users to select specific information for each structure element. This tool has a unique feature for selecting possible attachment sites, which is defined in the Symbol Nomenclature for Glycans (SNFG). In addition, this tool can input and output glycans in WURCS and GlycoCT formats, which are the most commonly-used text formats for glycan structures.
在生命科学领域,数据库的整合正在不断推进,并促进了包括糖科学在内的不同研究领域之间的合作。糖数据库的整合随着国际糖链结构知识库 GlyTouCan 的发展,极大地促进了全球范围内的合作。这种趋势增加了各个领域的研究人员从整合后的数据库中轻松搜索糖链结构的需求。我们开发了一个基于网络的糖链结构搜索工具 SugarDrawer,它支持表示包括模糊性在内的糖链,例如包含未确定连接的糖链片段,以及对画布上绘制的糖链进行数据库搜索。该工具提供了一个简单的编辑功能,只需几步即可使用模板结构和弹出窗口编辑各种糖链结构,允许用户为每个结构元素选择特定的信息。该工具具有一个独特的选择可能的连接点的功能,这是在糖链符号命名法 (Symbol Nomenclature for Glycans, SNFG) 中定义的。此外,该工具可以输入和输出 WURCS 和 GlycoCT 格式的糖链,这是最常用的糖链结构文本格式。