Extended Data Fig. 2 |. Food consumption of wildling and lab mice on chow and HFD.

Data points represent daily kcal consumption per mouse, based on weekly measurements per cage over the course of chow or HFD diet. a, Data set refers to food consumption during experiments described in Fig. 1b; n = 55 lab mice on HFD, n = 42 lab mice on chow, n = 60 wildlings on HFD, n = 30 wildlings on chow. b, refers to Fig. 1d, n = 20 lab mice on HFD, n = 15 lab mice on chow, n = 23 wildlings on HFD, n = 17 wildlings on chow. c, refers to Fig. 4b, lab mice plus lab microbiota: n = 10 lab mice on chow, n = 24 lab mice on HFD; lab mice plus wildling microbiota: n = 10 mice on chow, n = 25 mice on HFD. d, refers to Fig. 4f; n = 10 lab mice, n = 10 wildlings. e, refers to Fig. 4j, n = 18 lab mice, n = 20 for wildlings. f, refers to Fig. 5c, n = 5 lab mice fostered by lab mice, n = 5 lab mice fostered by wildlings. g, refers to Fig. 5e, n = 8 lab mice fostered by lab mice, n = 8 lab mice fostered by wildlings. h, refers to Fig. 5h, n = 7 lab mice co-housed with lab mice, n = 10 lab mice co-housed with wildlings. i, refers to Fig. 5j, n = 13 lab mice co-housed with lab mice, n = 19 lab mice co-housed with wildlings. j, refers to Fig. 5m, n = 15 lab mice co-housed with lab mice, n = 10 lab mice co-housed with wildlings. k, refers to Fig. 5n, n = 15 lab mice co-housed with lab mice, n = 22 lab mice co-housed with wildlings. Box plots show median (center line), 75^th (upper limit of box) and 25^th percentile (lower limit of box) and outliers (whiskers) if values do not exceed 1.5-times interquartile range. Unpaired two-tailed Student’s t test (Gaussian model) (c, d, f, g, h, i), two-sided Wilcoxon rank sum test (a, b, e, j, k). (NS, not significant; * p < 0.05, ** p < 0.01, *** p < 0.001, **** p < 0.0001, exact p-values are shown in the Source Data).