Weekly food intake in mice. Column bar graphs showing weekly average food intake per mouse in g/ g body weight. (a) Crhr2−/− mice increased chow intake by 25.71% and 36.89% compared with WT and Crhr2+/− mice (n = 8/group) (b) WT female mice consumed 27.57% more HFD per week than Crhr2 null littermates (n = 8/group). 3-Way ANOVA and post hoc Tukey’s multiple comparisons. (DOCX 183 kb
Food intake behaviour during experimental procedure influenced by sex, age and TH condition. Food in...
Table A1.1. Diet composition. Main ingredients are in bold (e.g., palm oil is the main source of sat...
Figure S1. Sexual dimorphism in the MS and ME and LGCI. Figure S2. Hierarchical clustering and predi...
Crhr2+/− male mice gain more body mass. Line graphs showing weekly change in body mass in male (n = ...
Male mice have increased plasma insulin levels on HFD. Column graphs showing plasma insulin levels i...
Male mice have increased plasma lipid levels. Column bar graphs showing plasma lipid profiles in mal...
Sex-specific fat mass gain and/or redistribution on chow vs. HFD. Column bar graphs showing fat mass...
Crhr2+/− male mice have elevated baseline blood glucose levels. In GTT, blood glucose was measured b...
Blood glucose levels in response to insulin challenge in Crhr2+/− mice. In ITT, blood glucose levels...
Plasma PP in male and female fasted and non-fasted (NF) CRF-OE and WT mice. Figure S2. Correlations ...
Figure S2. Impact of experimental feedings and microbial colonization on mouse metabolism. a Body we...
Figure S2. The SFAs in HFDs disrupted feeding patterns by increasing light cycle intake. (aâc) Mic...
Additional file 1: Figure S1. Female RAGE deficiency improved glucose and insulin tolerance in norma...
Figure S1. Experimental setup of the mouse trial. a Litter and cage distribution of mice used in the...
STAT did not change energy balance, or bone morphometrics. STAT (3 male, 3 female) and control (3 ma...
Food intake behaviour during experimental procedure influenced by sex, age and TH condition. Food in...
Table A1.1. Diet composition. Main ingredients are in bold (e.g., palm oil is the main source of sat...
Figure S1. Sexual dimorphism in the MS and ME and LGCI. Figure S2. Hierarchical clustering and predi...
Crhr2+/− male mice gain more body mass. Line graphs showing weekly change in body mass in male (n = ...
Male mice have increased plasma insulin levels on HFD. Column graphs showing plasma insulin levels i...
Male mice have increased plasma lipid levels. Column bar graphs showing plasma lipid profiles in mal...
Sex-specific fat mass gain and/or redistribution on chow vs. HFD. Column bar graphs showing fat mass...
Crhr2+/− male mice have elevated baseline blood glucose levels. In GTT, blood glucose was measured b...
Blood glucose levels in response to insulin challenge in Crhr2+/− mice. In ITT, blood glucose levels...
Plasma PP in male and female fasted and non-fasted (NF) CRF-OE and WT mice. Figure S2. Correlations ...
Figure S2. Impact of experimental feedings and microbial colonization on mouse metabolism. a Body we...
Figure S2. The SFAs in HFDs disrupted feeding patterns by increasing light cycle intake. (aâc) Mic...
Additional file 1: Figure S1. Female RAGE deficiency improved glucose and insulin tolerance in norma...
Figure S1. Experimental setup of the mouse trial. a Litter and cage distribution of mice used in the...
STAT did not change energy balance, or bone morphometrics. STAT (3 male, 3 female) and control (3 ma...
Food intake behaviour during experimental procedure influenced by sex, age and TH condition. Food in...
Table A1.1. Diet composition. Main ingredients are in bold (e.g., palm oil is the main source of sat...
Figure S1. Sexual dimorphism in the MS and ME and LGCI. Figure S2. Hierarchical clustering and predi...