Gut microbiota-derived butyrate primes systemic immunity in honeybees by mediating lipid metabolic reprogramming

Dataset S1. The fold changes (Butyrate/GF) of differentially expressed genes (DEGs) of honeybee fat body 5 days after butyrate supplementation. Dataset S2. The fold changes (Butyrate/GF) of differentially expressed genes (DEGs) of honeybee hindgut 5 days after butyrate supplementation. Dataset S3. The fold changes (Butyrate/GF) and abundance (peak heights for the quantification at the specific retention index) of metabolites of honeybee abdomen 5 days after butyrate supplementation. The metabolites are ordered according to fold change, with larger values indicating greater concentration in Butyrate groups. Dataset S4. qPCR data. Dataset S5. P value. Source data.

数据集S1：补充丁酸盐5天后，蜜蜂脂肪体差异表达基因（differentially expressed genes, DEGs）的丁酸盐组/无菌组（Butyrate/GF）折叠变化值。数据集S2：补充丁酸盐5天后，蜜蜂后肠差异表达基因（DEGs）的丁酸盐组/无菌组（Butyrate/GF）折叠变化值。数据集S3：补充丁酸盐5天后，蜜蜂腹部代谢物的丁酸盐组/无菌组（Butyrate/GF）折叠变化值，以及代谢物丰度（特定保留指数下定量所用的峰高值）。代谢物按折叠变化排序，数值越大代表丁酸盐组中的代谢物浓度越高。数据集S4：实时荧光定量PCR（quantitative real-time PCR, qPCR）数据。数据集S5：P值及原始来源数据。