Additional file 21: of Spatiotemporal mapping of RNA editing in the developing mouse brain using in situ sequencing reveals regional and cell-type-specific regulation

Table S13. Gene functions and editing categories. The gene functions found in literature and associated molecular processes from http://geneontology.org/ for the transcripts we analyzed and categorized by their spatial and cell-type-specific editing profile [33, 37, 39, 47–55]. The transcripts were classified as “Unregulated” when neither region-specific nor cell-type-specific editing could be found and “Regulated” when we observed differences in editing level between regions or between cell types. Unc80 was categorized as “Potentially regulated” based on the spatiotemporal editing patterns, but due to insufficient data statistical significance could not be shown for the observed patterns.补充表S13：基因功能与编辑分类。本研究针对所分析的转录本，从基因本体论（Gene Ontology, http://geneontology.org）数据库及已发表文献中提取其基因功能与相关分子过程，并依据其空间特异性与细胞类型特异性编辑特征进行分类[33, 37, 39, 47–55]。若未检测到区域特异性或细胞类型特异性编辑，则将该转录本归类为"未调控（Unregulated）"；若观测到不同区域或不同细胞类型间的编辑水平存在差异，则将其归类为"已调控（Regulated）"。Unc80则基于其时空编辑模式被归类为"潜在调控（Potentially regulated）"，但由于数据量不足，观测到的编辑模式未达到统计学显著性水平。