Intestinal microbiota significantly affects the metabolism, digestion, and nutrient absorption
of animals; however, these effects in teleost are not well defined. Taking Seriola dumerili as …

Gut microbiota play key roles in host nutrition and metabolism. However, little is known
about the relationship between host genetics, gut microbiota and metabolic profiles. Here …

Microorganisms in the gastrointestinal tract of animals play vital roles in food digestion,
homeostasis and immune response regulation. Globally, there are 33,700 fish species …

The role of gastrointestinal microbiome has long been proven to be crucial in the nutrition
uptake and metabolism of host. In paddlefish (Polyodon spathula), a greater proportion of …

The gut microbiome of Antarctic fish species has rarely been studied due to difficulties in
obtaining samples. The mackerel icefish, Champsocephalus gunnari, primary feeds on krill …

Vertebrate gut microbiome often underpins the metabolic capability and provides many
beneficial effects on their hosts. However, little was known about how host trophic level …

Teleost omnivorous fish that coexist partially sharing resources are likely to modify their gut
traits and microbiome as a feedback mechanism between ecological processes and …

The homeostasis of the intestinal microbiota of fish is beneficial to fish health, while food can
affect the intestinal microbiota. Tilapia (Oreochromis spp.) has great economic value and is a …

Protein metabolism can provide energy for various biological activities of organisms.
However, there have been few studies on the succession of gastrointestinal microbiota …

Fish gut microbiome confers various effects to the host fish; this includes overall size,
metabolism, feeding behaviour and immune response in the fish. The emergence of …