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1
The connection between
intestinal
microbiota
and host physiology is increasingly becoming recognized.
2
Thus, different members of the
intestinal
microbiota
promote FA absorption via distinct mechanisms.
3
Background: Perturbation of commensal
intestinal
microbiota
has been associated with several autoimmune diseases.
4
Immune function is influenced by the diversity and stability of the
intestinal
microbiota
.
5
Objective: The
intestinal
microbiota
is acknowledged to be essential in brain development and behaviour.
6
Depletion of the
intestinal
microbiota
also reduced dietary energy uptake and visceral fat stores.
7
Collectively, these results identify an IgA-dependent mechanism responsible for the maturation of the
intestinal
microbiota
.
8
Large and complex
intestinal
microbiota
communities in hosts have profound effects on digestion and metabolism.
9
These factors clearly suggest that
intestinal
microbiota
may influence host immunity via microbial metabolite-dependent mechanisms.
10
Modulation of
intestinal
microbiota
by oral antibiotics or germ-free condition can prevent arthritis in mice.
11
The
intestinal
microbiota
changes dynamically from birth to adulthood.
12
It has been shown that TLR5-deficient mice develop metabolic syndrome and have altered
intestinal
microbiota
.
13
The
intestinal
microbiota
transforms primary into secondary bile acids.
14
Background & aims: Obesity and metabolic syndrome have been associated with alterations to the
intestinal
microbiota
.
15
The composition of
intestinal
microbiota
in Przewalski's horses was significantly different at the three study sites.
16
Elimination of the
intestinal
microbiota
during established arthritis specifically reduced intestinal Th17 cells and attenuated arthritis.
intestinal
microbiota
intestinal