Gut-Brain Axis: Role of Microbiome, Metabolomics, Hormones, and Stress in Mental Health Disorders
Ankita Verma,
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Sabra S. Inslicht,
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Aditi Bhargava
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et al.
Cells,
Journal Year:
2024,
Volume and Issue:
13(17), P. 1436 - 1436
Published: Aug. 27, 2024
The
influence
of
gut
microbiome,
metabolites,
omics,
hormones,
and
stress
on
general
mental
health
is
increasingly
being
recognized.
Ancient
cultures
recognized
the
importance
diet
overall
an
individual.
Western
science
modern
scientific
methods
are
beginning
to
unravel
foundations
mechanisms
behind
some
ancient
beliefs
customs.
organ
itself,
now
thought
almost
all
other
organs,
ranging
from
brain
reproductive
systems.
Gut
biological
sex
also
a
myriad
conditions
that
range
disorders,
obesity,
gastrointestinal
cardiovascular
diseases
health.
Here,
we
review
history
current
understanding
gut-brain
axis
bidirectional
talk
in
various
disorders
with
special
emphasis
anxiety
depressive
whose
prevalence
has
increased
by
over
50%
past
three
decades
COVID-19
pandemic
biggest
risk
factor
last
few
years.
vagal
nerve
important
contributor
this
talk,
but
pathways
contribute,
most
remain
understudied.
Probiotics
containing
Language: Английский
Understanding the Impact of Social Stress on Serum Metabolome and Saliva Biomarkers in Growing–Finishing Pigs
Animals,
Journal Year:
2025,
Volume and Issue:
15(9), P. 1228 - 1228
Published: April 27, 2025
High
levels
of
social
stress
are
known
to
negatively
impact
pig
welfare.
The
aim
this
study
was
evaluate
the
in
growing–finishing
pigs
by
measuring
serum
metabolome
changes
and
saliva
biomarkers.
Seventy-two
undocked
(thirty-six
males
thirty-six
females)
were
housed
single-sex
pens
four,
with
second
dominant
each
pen
selected
as
focal
pig.
A
challenge
conducted
mixing
three
new
its
home
on
two
consecutive
days
trial
62–64.
Saliva
blood
samples
collected,
pigs’
behaviour
body
lesions
evaluated
pre-
post-challenge.
total
630
metabolites
analysed,
292
which
could
be
statistically
compared
using
Biocrates
WebIDQ
v5
software.
Salivary
haptoglobin
concentrations
number
significantly
increased
after
(p
<
0.001),
whereas
average
daily
weight
gain
decreased
0.05).
showed
decreases
essential
amino
acids
(Thr,
Met,
Phe),
non-essential
(Glu,
Asn,
Asp,
Pro,
Tyr),
betaine,
ornithine,
indoxyl
sulphate,
taurine,
some
di-
triacylglycerols
(q
0.05),
increases
oleic,
eicosanoic,
eicosadienoic,
dihomo-gamma-linolenic
acids;
EPA;
DHA
post-challenge
Overall,
results
suggest
potential
metabolomics
a
tool
providing
more
holistic
view
stress.
Language: Английский