Research overview: gut microbiome of obligate carnivores and protein fermentation
Even strict carnivores host gut microbes, and this overview reviews what is known about the feline gut microbiome and its role in a meat diet. The cat intestinal microbial community is adapted to a high-protein, low-fibre intake, with microbes that ferment proteins and contribute to nutrient processing differing from the fibre-fermenting communities of herbivores. Diet strongly shapes this community. Researchers study it through sequencing and metabolic profiling. Why it matters: the carnivore microbiome adds a microbial dimension to feline nutrition, influencing digestion, health, and possibly the production of certain nutrients. Understanding it complements the study of the cat own metabolism and gut anatomy, showing that obligate carnivory shapes not only the cat physiology but also the microbial partners that live within it and help process a diet of meat.
Species
Category:physiology-anatomy
Related articles
- Research overview: the catnip response and its biologybehavior-cognition
- Research overview: chemical assessment of mates and rivals via flehmenbehavior-cognition
- Research overview: agonistic vocal and visual threat signals in catsbehavior-cognition
- Research overview: the killing bite and prey neurology in catsbehavior-cognition
- Research overview: surplus killing and prey-handling in felidsbehavior-cognition
- Research overview: urine spraying and territorial chemical signalsbehavior-cognition
AI-curated summaries for the pride’s library — verify citations independently before citing.