Bioinorganic Chemistry and Applications,
Journal Year:
2024,
Volume and Issue:
2024(1)
Published: Jan. 1, 2024
Background
.
Magnesium
oxide
nanoparticles
(MgONPs)
have
been
fabricated
by
several
approaches,
including
green
chemistry
approach
due
to
diverse
application
and
versatile
features.
Objectives
The
current
study
aimed
prepare
a
convenient,
biocompatible,
economically
viable
MgONPs
using
waste
citron
peel
extract
(CP‐MgONPs)
evaluate
their
biological
applications.
Methods
CP‐MgONPs
were
synthesized
sustainable
from
of
both
as
capping
reducing
agents
without
use
any
hazardous
material.
physicochemical
features
formed
determined
sophisticated
analytical
microscopic
techniques.
biogenic
examined
for
antibacterial,
anticarcinogenic,
photocatalytic
attributes.
Results
A
prominent
absorption
peak
in
the
UV‐Vis
spectra
at
284
nm
was
distinguishing
characteristic
CP‐MgONPs.
scanning
electron
microscopy
(SEM)
reveals
polyhedral
morphology
with
slight
agglomeration
exerted
excellent
antibacterial
potencies
against
six
bacterial
strains.
displayed
significant
susceptibility
towards
E.
coli
(20.72
±
0.33
mm)
S.
aureus
(19.52
0.05
highest
inhibition
zones.
anticancer
effect
evaluated
HepG2
(IC
50
:
15.3
μ
g·mL
−1
)
cancer
cells
exhibited
potential
activity.
prompt
inversion
cellular
injury
manifested
impairment
integrity
cell
membrane,
apoptosis,
oxidative
stress
observed
treated
biosynthesized
also
conducted
successful
much
MgO
powder
under
UV‐light
acid
orange
8
(AO‐8)
dye.
degradation
performance
showed
over
94%
efficiency
dyes
within
short
time.
Conclusions
Outcomes
this
research
signify
that
may
be
advantageous
low
concentrations,
positive
environmental
impacts.
Veterinary Sciences,
Journal Year:
2023,
Volume and Issue:
11(1), P. 15 - 15
Published: Dec. 28, 2023
At
weaning,
piglets
are
exposed
to
a
large
variety
of
stressors,
from
environmental/behavioral
factors
nutritional
stress.
Weaning
transition
affects
the
gastrointestinal
tract
especially,
resulting
in
specific
disturbances
at
level
intestinal
morphology,
barrier
function
and
integrity,
mucosal
immunity
gut
microbiota.
All
these
alterations
associated
with
inflammation,
oxidative
stress
perturbation
intracellular
signaling
pathways.
The
management
weaning
period
aims
achieve
reinforcement
integrity
functioning
positively
modulate
that
microbiota
enhance
health
status
piglets.
That
is
why
current
research
focused
on
raw
materials
rich
phytochemicals
which
could
animal
health.
composition
analysis
fruit,
vegetable
their
by-products
showed
identified
act
as
bioactive
compounds,
can
be
used
modulators
weaning-induced
This
review
describes
studies
investigated
effects
compounds
derived
fruit
(apple)
vegetables
(carrot)
or
architecture
function,
inflammatory
processes
level.
Data
pathways
modulation
by
also
presented.
Foods,
Journal Year:
2024,
Volume and Issue:
13(17), P. 2812 - 2812
Published: Sept. 4, 2024
Efficient
drug
delivery
methods
are
crucial
in
modern
pharmacotherapy
to
enhance
treatment
efficacy,
minimize
adverse
effects,
and
improve
patient
compliance.
Particularly
the
context
of
glioblastoma
treatment,
there
has
been
a
recent
surge
interest
using
natural
dietary
components
as
innovative
carriers
for
delivery.
These
food-derived
carriers,
known
their
safety,
biocompatibility,
multifunctional
properties,
offer
significant
potential
overcoming
limitations
conventional
systems.
This
article
thoroughly
overviews
numerous
components,
such
polysaccharides,
proteins,
lipids,
used
carriers.
Their
mechanisms
action,
applications
different
systems,
specific
benefits
targeting
examined.
Additionally,
regulatory
considerations
employing
food
formulations
discussed,
highlighting
viability
future
prospects
pharmaceutical
field.
Bioinorganic Chemistry and Applications,
Journal Year:
2024,
Volume and Issue:
2024(1)
Published: Jan. 1, 2024
Background
.
Magnesium
oxide
nanoparticles
(MgONPs)
have
been
fabricated
by
several
approaches,
including
green
chemistry
approach
due
to
diverse
application
and
versatile
features.
Objectives
The
current
study
aimed
prepare
a
convenient,
biocompatible,
economically
viable
MgONPs
using
waste
citron
peel
extract
(CP‐MgONPs)
evaluate
their
biological
applications.
Methods
CP‐MgONPs
were
synthesized
sustainable
from
of
both
as
capping
reducing
agents
without
use
any
hazardous
material.
physicochemical
features
formed
determined
sophisticated
analytical
microscopic
techniques.
biogenic
examined
for
antibacterial,
anticarcinogenic,
photocatalytic
attributes.
Results
A
prominent
absorption
peak
in
the
UV‐Vis
spectra
at
284
nm
was
distinguishing
characteristic
CP‐MgONPs.
scanning
electron
microscopy
(SEM)
reveals
polyhedral
morphology
with
slight
agglomeration
exerted
excellent
antibacterial
potencies
against
six
bacterial
strains.
displayed
significant
susceptibility
towards
E.
coli
(20.72
±
0.33
mm)
S.
aureus
(19.52
0.05
highest
inhibition
zones.
anticancer
effect
evaluated
HepG2
(IC
50
:
15.3
μ
g·mL
−1
)
cancer
cells
exhibited
potential
activity.
prompt
inversion
cellular
injury
manifested
impairment
integrity
cell
membrane,
apoptosis,
oxidative
stress
observed
treated
biosynthesized
also
conducted
successful
much
MgO
powder
under
UV‐light
acid
orange
8
(AO‐8)
dye.
degradation
performance
showed
over
94%
efficiency
dyes
within
short
time.
Conclusions
Outcomes
this
research
signify
that
may
be
advantageous
low
concentrations,
positive
environmental
impacts.
