Recent
interest
in
preventing
the
development
of
osteoporosis
has
focused
on
regulation
redox
homeostasis.
However,
action
lycopene
(LYC),
a
strong
natural
antioxidant
com-pound,
osteoporotic
bone
loss
remains
largely
unknown.
Here,
we
show
that
administra-tion
LYC
to
OVX
rats
reduces
body
weight
gain,
improves
lipid
metabolism
and
preserves
quality.
In
addition,
treatment
inhibits
ROS
overgeneration
serum
marrow
rats,
BMSCs
upon
H2O2
stimulation,
leading
inhibiting
adipogenesis
pro-moting
osteogenesis
during
remodeling.
Mechanically,
may
improve
quality
via
an
increase
expressions
FoxO1
Runx2,
decrease
PPARγ
C/EBPα
BMSCs.
Collectively,
these
findings
suggest
attenuates
through
promoting
regula-tion
FoxO1/PPARγ
pathway
driven
by
oxidative
stress,
presenting
novel
strategy
for
os-teoporosis
management.
Plants,
Journal Year:
2024,
Volume and Issue:
13(19), P. 2801 - 2801
Published: Oct. 6, 2024
The
increase
in
the
frequency
and
magnitude
of
environmental
stresses
poses
a
significant
risk
to
stability
food
supplies.
In
coastal
areas
Mediterranean,
brackish
water
has
long
been
considered
limitation
on
horticultural
production.
this
scenario,
use
biochar
agriculture
could
be
valuable
tool
cope
with
deleterious
effects
salt
stress.
This
work
aimed
investigate,
protected
environment,
different
concentrations
(0,
1,
2%
Recent
interest
in
preventing
the
development
of
osteoporosis
has
focused
on
regulation
redox
homeostasis.
However,
action
lycopene
(LYC),
a
strong
natural
antioxidant
com-pound,
osteoporotic
bone
loss
remains
largely
unknown.
Here,
we
show
that
administra-tion
LYC
to
OVX
rats
reduces
body
weight
gain,
improves
lipid
metabolism
and
preserves
quality.
In
addition,
treatment
inhibits
ROS
overgeneration
serum
marrow
rats,
BMSCs
upon
H2O2
stimulation,
leading
inhibiting
adipogenesis
pro-moting
osteogenesis
during
remodeling.
Mechanically,
may
improve
quality
via
an
increase
expressions
FoxO1
Runx2,
decrease
PPARγ
C/EBPα
BMSCs.
Collectively,
these
findings
suggest
attenuates
through
promoting
regula-tion
FoxO1/PPARγ
pathway
driven
by
oxidative
stress,
presenting
novel
strategy
for
os-teoporosis
management.