Additional file 4 of Meta-analysis of human prefrontal cortex reveals activation of GFAP and decline of synaptic transmission in the aging brain

Additional file 4: Supplementary Table 3. Subsets of the venn diagrams comparing male and female differentially up- and down-regulated genes in young, middle-aged and old (sheets as in Fig. 2). (A) Genes down-regulated in F30_65 vs. F30 were compared with genes down-regulated in M30_65 vs. M30. (B) Genes up-regulated in F30_65 vs. F30 were compared with genes up-regulated in M30_65 vs. M30. (C) Genes down-regulated in F65 vs. F30_65 were compared with genes down-regulated in M65 vs. M30_65. (D) Genes up-regulated in F65 vs. F30_65 were compared with genes up-regulated in M65 vs. M30_65. (E) Genes down-regulated in F65 vs. F30 were compared with genes down-regulated in M65 vs. M30. (F) Genes up-regulated in F65 vs. F30 were compared with genes up-regulated in M65 vs. M30.

附加文件4：补充表3。本补充表收录韦恩图（Venn Diagram）的子集数据，用于对比青年、中年及老年阶段雄性与雌性个体的差异上调及差异下调基因，各工作表的设置与图2一致。(A) 将F30_65与F30组的下调基因，与M30_65与M30组的下调基因进行比较；(B) 将F30_65与F30组的上调基因，与M30_65与M30组的上调基因进行比较；(C) 将F65与F30_65组的下调基因，与M65与M30_65组的下调基因进行比较；(D) 将F65与F30_65组的上调基因，与M65与M30_65组的上调基因进行比较；(E) 将F65与F30组的下调基因，与M65与M30组的下调基因进行比较；(F) 将F65与F30组的上调基因，与M65与M30组的上调基因进行比较。