Salidroside
(SA)
is
an
active
compound
derived
from
Rhodiola
rosea
and
widely
used
in
healthcare
foods.
However,
the
underlying
mechanism
its
specific
role
regulating
gut
microbial
community
during
exercise
(Ex)
remains
unknown.Mice
are
subjected
to
a
weight-loaded
swimming
test
(WST)
Ex
determine
how
microbiota
affects
antifatigue
activity
of
SA.
The
SA-treated
group
mice
(100
mg
kg-1
.bw.)
display
significant
increase
time
compared
control
(26.2
versus
10.5
min,
p
<
0.01),
as
well
respiratory
enzymatic
activities
after
swimming.
significantly
higher
than
RS
(regular
rest)
bacteria
profiles
+
SA
change
with
species
diversity
abundance.
Receiver
operating
characteristic
(ROC)
curves
Alistipes,
Rikenellaceae,
Parabacteroides,
Candidatus
Arthromitus,
Lactobacillus
indicate
high
diagnostic
utility
distinguish
treatment.
Microbial
function
analysis
shows
that
may
improve
Ex-induced
fatigue
by
modulating
energy
metabolism-related
processes.SA
demonstrates
effects
on
various
levels
metabolism
composition,
providing
insights
into
mechanisms
natural
prebiotic.
Cells,
Journal Year:
2022,
Volume and Issue:
11(1), P. 160 - 160
Published: Jan. 4, 2022
Obesity
and
ageing
place
a
tremendous
strain
on
the
global
healthcare
system.
Age-related
sarcopenia
is
characterized
by
decreased
muscular
strength,
muscle
quantity,
quality,
functional
performance.
Sarcopenic
obesity
(SO)
condition
that
combines
has
substantial
influence
older
adults’
health.
Because
of
complicated
pathophysiology,
there
are
disagreements
challenges
in
identifying
diagnosing
SO.
Recently,
it
become
clear
dysbiosis
may
play
role
onset
progression
Skeletal
secretes
myokines
during
contraction,
which
an
important
controlling
growth,
function,
metabolic
balance.
Myokine
dysfunction
can
cause
aggravate
obesity,
sarcopenia,
The
only
ways
to
prevent
slow
particularly
sarcopenic
physical
activity
correct
nutritional
support.
While
exercise
cannot
completely
age-related
loss
certainly
delay
development
down
rate
sarcopenia.
purpose
this
review
was
discuss
potential
pathways
deterioration
obese
individuals.
We
also
want
present
current
understanding
various
factors,
including
microbiota
myokines,
process
Advances in Nutrition,
Journal Year:
2021,
Volume and Issue:
12(6), P. 2190 - 2215
Published: May 28, 2021
The
athlete's
goal
is
to
optimize
their
performance.
Towards
this
end,
nutrition
has
been
used
improve
the
health
of
athletes'
brains,
bones,
muscles,
and
cardiovascular
system.
However,
recent
research
suggests
that
gut
its
resident
microbiota
may
also
play
a
role
in
athlete
Therefore,
athletes
should
consider
dietary
strategies
context
potential
effects
on
microbiota,
including
impact
sports-centric
(e.g.,
protein
supplements,
carbohydrate
loading)
as
well
gut-centric
probiotics,
prebiotics)
This
review
provides
an
overview
interaction
between
diet,
exercise,
focusing
both
athletic
Current
evidence
could,
theory,
contribute
intake
performance
by
influencing
microbial
metabolite
production,
gastrointestinal
physiology,
immune
modulation.
Common
such
high
simple
intake,
low
fiber
food
avoidance
adversely
and,
turn,
Conversely,
adequate
fiber,
variety
sources,
emphasis
unsaturated
fats,
especially
omega-3
(ɷ-3)
fatty
acids,
addition
consumption
prebiotics,
synbiotics,
have
shown
promising
results
optimizing
Ultimately,
while
emerging
area
research,
more
studies
are
needed
incorporate,
control,
manipulate
all
3
these
elements
(i.e.,
microbiome)
provide
recommendations
for
how
"fuel
microbes."
Nutrients,
Journal Year:
2020,
Volume and Issue:
12(10), P. 2936 - 2936
Published: Sept. 25, 2020
Among
athletes,
nutrition
plays
a
key
role,
supporting
training,
performance,
and
post-exercise
recovery.
Research
has
primarily
focused
on
the
effects
of
diet
in
support
an
athletic
physique;
however,
role
played
by
intestinal
microbiota
been
much
neglected.
Emerging
evidence
shown
association
between
composition
physical
activity,
suggesting
that
modifications
gut
may
contribute
to
performance
host.
Probiotics
represent
potential
means
for
beneficially
influencing
composition/function
but
can
also
impact
overall
health
In
this
review,
we
provide
overview
existing
studies
have
examined
reciprocal
interactions
activity
microbiota.
We
further
evaluate
clinical
supports
probiotics
recovery,
cognitive
outcomes
among
athletes.
addition,
discuss
mechanisms
action
through
which
affect
exercise
outcomes.
summary,
beneficial
microbes,
including
probiotics,
promote
athletes
enhance
capacity.
Furthermore,
high-quality
studies,
with
adequate
power,
remain
necessary
uncover
roles
are
populations
modes
behind
their
benefits.
Water,
Journal Year:
2021,
Volume and Issue:
13(10), P. 1348 - 1348
Published: May 13, 2021
Over
the
last
decades,
aquaculture
production
increased
rapidly.
The
future
development
of
industry
highly
relies
on
sustainable
utilization
natural
resources.
need
for
improving
disease
resistance,
growth
performance,
food
conversion,
and
product
safety
human
consumption
has
stimulated
application
probiotics
in
aquaculture.
Probiotics
increase
feed
improve
health
status,
raise
decrease
stress
susceptibility,
general
vigor.
Currently,
most
still
originate
from
terrestrial
sources
rather
than
fish.
However,
host-associated
(autochthonous)
are
likely
more
persistent
gastrointestinal
tract
fish
may,
therefore,
exhibit
longer-lasting
effects
host.
Probiotic
candidates
commonly
screened
vitro
assays,
but
transfer
to
vivo
assessment
is
often
problematic.
In
conclusion,
modulation
microbiome
by
use
complex
promising,
a
solid
understanding
interactions
involved
only
its
infancy
requires
further
research.
could
be
used
explore
novel
ingredients
such
as
chitin-rich
insect
meal,
which
cannot
digested
host
alone.
Most
importantly,
offer
opportunity
among
pressing
problems
International Journal of General Medicine,
Journal Year:
2021,
Volume and Issue:
Volume 14, P. 1263 - 1273
Published: April 1, 2021
Abstract:
Sarcopenia
is
a
multifactorial
disease
related
to
aging,
chronic
inflammation,
insufficient
nutrition,
and
physical
inactivity.
Previous
studies
have
suggested
that
there
relationship
between
sarcopenia
gut
microbiota,namely,
the
gut-muscle
axis.
The
present
review
highlights
microbiota
can
affect
muscle
mass
function
from
inflammation
immunity,substance
energy
metabolism,
endocrine
insulin
sensitivity,
etc.,
directly
or
indirectly
establishing
connection
with
sarcopenia,
thereby
realizing
“gut-muscle
axis”.
Keywords:
microbiota,
Frontiers in Physiology,
Journal Year:
2021,
Volume and Issue:
12
Published: Oct. 26, 2021
Aging
is
associated
with
a
decline
in
skeletal
muscle
mass
and
function—termed
sarcopenia—as
mediated,
part,
by
anabolic
resistance.
This
metabolic
phenomenon
describes
the
impaired
response
of
protein
synthesis
(MPS)
to
provision
dietary
amino
acids
practice
resistance-based
exercise.
Recent
observations
highlight
gut-muscle
axis
as
physiological
target
for
combatting
resistance
reducing
risk
sarcopenia.
Experimental
studies,
primarily
conducted
animal
models
aging,
suggest
mechanistic
link
between
gut
microbiota
atrophy,
mediated
via
modulation
systemic
acid
availability
low-grade
inflammation
that
are
both
factors
known
underpin
Moreover,
vivo
vitro
studies
demonstrate
action
specific
bacteria
(
Lactobacillus
Bifidobacterium
)
increase
elicit
an
anti-inflammatory
intestinal
lumen.
Prospective
lifestyle
approaches
have
recently
been
examined
context
mitigating
sarcopenia
risk.
These
include
increasing
fiber
intake
promotes
growth
development
bacteria,
thus
enhancing
production
short-chain
fatty
(SCFA)
(acetate,
propionate,
butyrate).
Prebiotic/probiotic/symbiotic
supplementation
also
generates
SCFA
may
mitigate
older
adults
microbiota.
Preliminary
evidence
highlights
role
exercise
SCFA.
Accordingly,
combine
diets
rich
probiotic
training
serve
produce
microbial
diversity,
adults.
Future
warranted
establish
direct
distinct
phenotypes
on
utilization
postprandial
stimulation
