图3. 差异表达基因GO富集分析
1：细胞或亚细胞成分的运动Movement of cell or subcellular component;2：基于微管的运动Microtubule-based movement;3：有丝分裂细胞周期的调控Regulation of mitotic cell cycle;4：调节细胞成分的组织Regulation of cellular component organization;5：微管过程Microtubule-based process;6：核小体Nucleosome;7：蛋白质-DNA复合物Protein-DNA complex;8：DNA包装复合体DNA packaging complex;9：染色质Chromatin;10：染色体部分Chromosomal part;11：叶绿体基质Chloroplast stroma;12：质体基质Plastid stroma;13：细胞外区域Extracellular region;14：叶绿体Chloroplast;15：质体Plastid;16：染色体Chromosome;17：微管结合Microtubule binding;18：微管蛋白结合Tubulin binding;19：微管运动活动Microtubule motor activity;20：细胞骨架蛋白结合Cytoskeletal protein binding;21：蛋白质异二聚活性Protein heterodimerization activity;22：运动活动Motor activity。BP：生物学过程 Biological process;CC：细胞组分Cellular component;MF：分子功能Molecular function;差异表达基因GO注释,横坐标为GO功能分类,纵坐标为注释到GO条目上的基因数The differentially expressed gene GO annotation, the abscissa is the GO functional classification, and the ordinate is the number of genes annotated to the GO term

Fig. 3. Analysis of differentially expressed genes in GO enrichment