Additional file 1: of Fasting and time of day independently modulate circadian rhythm relevant gene expression in adipose and skin tissue

Table S1. Genes significantly associated with hours of fasting, time of day or seasonality in fat or skin. Table S2. Replicability of literature studies and our study across taxa. Table S3. Replicability of genes associated with hours fasting and time of day. Table S4. Gene ontology enrichment of the hours fasting and solar time in fat and skin using TopGO. Table S5. Gene ontology enrichment of the hours fasting and solar time in fat and skin using ToppFun. Table S6. Ingenuity canonical pathways enrichment of the hours fasting and solar time in fat and skin using Ingenuity software. Table S7. Sensitivity analysis of GO term enrichment using Cut-off P附表S1：脂肪组织或皮肤中与禁食时长、每日时段或季节节律显著相关的基因。 附表S2：跨分类群的已发表研究与本研究的可重复性验证结果。 附表S3：与禁食时长及每日时段相关的基因的可重复性分析结果。 附表S4：使用TopGO工具对脂肪组织与皮肤中禁食时长及太阳时相关基因进行的基因本体（Gene Ontology）富集分析结果。 附表S5：使用ToppFun工具对脂肪组织与皮肤中禁食时长及太阳时相关基因进行的基因本体富集分析结果。 附表S6：使用Ingenuity软件对脂肪组织与皮肤中禁食时长及太阳时相关基因进行的Ingenuity经典通路富集分析结果。 附表S7：基于截断P值的基因本体术语富集分析敏感性检验结果。