Highlights•Resistant starch degrading bacteria are specialized, requiring a suite of
enzymes.•Resistant starches behave differently, even with a 'type'.•Microbiome composition …

Since the role of intestinal microbiota in metabolism was understood, the importance of
dietary components such as fibres and prebiotics, which affect the modulation of microbiota …

Resistant starch (RS) reaches the large intestine largely intact, where it is fermented by the
gut microbiota, resulting in the production of short-chain fatty acids (SCFAs) that have …

Resistant starch (RS) in the diet reaches the large intestine and is fermented by the gut
microbiota, providing beneficial effects on human health. The human gut bacterium FMB …

The gut microbiome plays a pivotal role in human health and is affected by various factors.
To investigate the association between phenotypic and microbiota-related changes in the …

Branch-chain elongated starches can be synthesized by amylosucrase (AS). In this study,
potato starches with different branch-chain length were produced using the temperature …

Resistant starch (RS) is a complex prebiotic carbohydrate beneficial to the human gut. In the
present study, four genes encoding for putative amylolytic enzymes, likely to be responsible …

Resistant starch (RS) is metabolized by gut microbiota and involved in the production of
short-chain fatty acids, which are related to a variety of physiological and health effects …

A putative type II pullulanase gene, pulP, was identified in Bifidobacterium adolescentis
P2P3. PulP possesses an α-amylase domain at the N-terminus and a pullulanase type I …

The inclusion of starch-rich feedstuffs, a common practice in intensive ruminant livestock
production systems, can result in ruminal acidosis, a condition that can severely impact …