Extended indirect calorimetry as a physiological phenotyping tool in mouse nutritional intervention studies, with a focus on metabolic programming by starches

Agriculture & Biology

• nutritional intervention 100%
• calorimetry 79%
• starch 48%
• phenotype 44%
• mice 38%
• oxidation 22%
• weaning 13%
• microbiome 11%
• gases 11%
• hydrogen production 10%
• digestibility 9%
• value added 9%
• diet 9%
• methane 8%
• carbon dioxide 7%
• palmitates 7%
• organisms 7%
• fasting 6%
• gender 5%
• glucose 5%
• food intake 5%
• adipokines 4%
• glucose tolerance tests 4%
• adiposity 3%
• dietary carbohydrate 3%
• animal fats and oils 3%
• diet study techniques 3%
• testing 3%
• metabolism 3%
• animal experimentation 3%
• digestible energy 3%
• microbiology 3%
• direct contact 3%
• energy expenditure 3%
• adipocytes 3%
• lipids 3%
• methane production 3%
• carbohydrate metabolism 3%
• body fat 3%
• Archaea 3%
• blood glucose 3%
• body composition 3%
• intestinal microorganisms 3%
• energy intake 3%
• tracer techniques 3%
• amylases 2%
• energy metabolism 2%
• inflammation 2%
• hydrogen 2%
• macrophages 2%
• insulin 2%
• animals 2%
• rodents 2%
• digestive system 2%
• nutrition 2%
• fermentation 2%
• oxygen 2%
• carbohydrates 2%
• kinetics 2%
• air 1%
• nutrients 1%
• proteins 1%
• methodology 0%