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.
Processes,
Journal Year:
2023,
Volume and Issue:
11(12), P. 3444 - 3444
Published: Dec. 16, 2023
This
review
explores
eco-friendly
methods
for
extracting
bioactive
natural
products
from
diverse
sources.
The
introductory
exploration
emphasizes
the
increasing
demand
sustainable
extraction
methods,
with
a
focus
on
environmental
impact
of
conventional
approaches.
Addressing
existing
knowledge
gaps,
this
outlines
key
objectives
evaluating
various
green
technologies,
including
supercritical
fluid
extraction,
pressurized
liquid
ultrasound-assisted
enzyme-assisted
and
others.
primary
findings
underscore
remarkable
potential
advancements
achieved
solvents,
specifically
deep
eutectic
solvents
bio-based
solvents.
elucidates
synergistic
effects
by
combining
different
techniques,
exemplified
ultrasound-microwave-assisted
sequential
among
Notwithstanding
promising
results,
importance
acknowledging
addressing
challenges
such
as
standardization,
selectivity,
scalability,
economic
viability.
Food Production Processing and Nutrition,
Journal Year:
2024,
Volume and Issue:
6(1)
Published: Feb. 5, 2024
Abstract
Bioactive
compounds
in
food
and
beverages,
including
fruit
juices,
are
susceptible
to
degradation
or
oxidation
during
processing
storage.
This
vulnerability
can
lead
a
reduction
nutritional
value
overall
quality
of
the
products.
The
objective
this
research
is
explore
potential
encapsulation
techniques
preserving
enhancing
juices.
natural
compounds,
enzymes,
probiotics
seen
as
promising
approach
fortifying
improving
their
preservation
these
encapsulated
additives
packaging.
study
involves
comprehensive
review
various
materials
used
for
encapsulating
bioactive
compounds.
It
also
investigates
current
applications
products
beverages.
has
shown
functional
properties
juice
foods.
been
found
enhance
products,
contributing
safety.
Encapsulation
offer
avenue
revolutionizing
industry
by
shelf
life
They
present
an
opportunity
development
more
Despite
results,
needed
fully
understand
mechanisms
encapsulation,
determine
optimal
conditions
different
ingredients,
assess
effects
on
safety
Future
studies
should
focus
areas
further
advance
application
beverage
industry.
Graphical
RSC Advances,
Journal Year:
2025,
Volume and Issue:
15(6), P. 4296 - 4321
Published: Jan. 1, 2025
The
present
review
attempts
to
evaluate
the
applicability
of
deep
eutectic
solvents
(DES)
as
a
green
technique
for
extraction
phytochemicals
from
Mangifera
indica
L.
and
their
therapeutic
potential.
Agronomy,
Journal Year:
2024,
Volume and Issue:
14(3), P. 453 - 453
Published: Feb. 24, 2024
Dry
outer
onion
leaves
resulting
from
the
industrial
processing
of
onions
are
currently
discarded
as
agricultural
waste,
although
some
studies
have
demonstrated
that
peel
has
beneficial
biological
effects.
Considering
traditional
applications
peel,
present
study
evaluated
comparatively
chemical
and
characteristics
four
types
extracts,
utilizing
methanol,
ethanol,
acetone,
or
ethyl
acetate
extracting
solvent.
The
extracts
were
analyzed
for
their
composition,
antioxidant
potential,
antimicrobial
activity.
analysis
by
UHPLC-DAD-ESI/MS
identified
23
compounds
in
belonging
to
phenolic
acids
flavonoids.
Quercetin
was
main
compound
all
ranging
concentrations
14.91
mg/g
DW
ethanol
extract
48.53
methanol
extract.
highest
contents
total
phenols
flavonoids
found
acetone
extract,
activity
DPPH
ABTS
assays.
potential
screened
using
a
microdilution
method
against
spectrum
gastrointestinal
microorganisms.
results
revealed
significant
tested
microorganisms,
which
potency.
Forests,
Journal Year:
2024,
Volume and Issue:
15(8), P. 1372 - 1372
Published: Aug. 6, 2024
Biomass
waste,
which
is
biodegradable
and
vastly
underutilized,
generated
in
huge
quantities
worldwide.
Forestry
agricultural
biomass
wastes
are
notable
for
their
wide
availability,
high
yield,
biodegradability,
recyclability.
The
accumulation
of
these
not
only
occupies
valuable
land
but
causes
serious
environmental
pollution,
can
ultimately
harm
human
health.
Therefore,
leveraging
scientific
technology
to
convert
forestry
bio-waste
into
bioenergy
other
products
crucial.
In
this
paper,
common
such
as
straw,
rice
husks,
livestock
manure,
tree
branches,
sawdust,
(bioethanol,
biogas,
biodiesel,
biohydrogen)
were
selected
keywords,
with
the
theme
green
efficient
utilization.
This
paper
provides
a
comprehensive
review
sources
existing
recycling
technologies,
potential
material
additives
conversion
energy
derivatives,
along
future
prospects.
Plants,
Journal Year:
2024,
Volume and Issue:
13(15), P. 2133 - 2133
Published: Aug. 1, 2024
This
review
investigates
innovative
strategies
for
upcycling
agricultural
residues
into
valuable
pharmaceutical
compounds.
The
improper
disposal
of
contributes
to
significant
environmental
issues,
including
increased
greenhouse
gas
emissions
and
ecosystem
degradation.
Upcycling
offers
a
sustainable
solution,
transforming
these
high-value
bioproducts
(antioxidants,
antitumor
agents,
antidiabetic
compounds,
anti-inflammatory
antiviral
drugs).
Nanotechnology
microbial
biotechnology
have
crucial
role
in
enhancing
bioavailability
targeted
delivery
bioactive
Advanced
techniques
like
enzymatic
hydrolysis,
green
solvents,
microwave
processing,
pyrolysis,
ultrasonic
acid
alkaline
ozonolysis,
organosolv
processes
are
explored
their
effectiveness
breaking
down
waste
extracting
Despite
the
promising
potential,
challenges
such
as
variability
residue
composition,
scalability,
high
costs
persist.
emphasizes
need
future
research
on
cost-effective
extraction
robust
regulatory
frameworks
ensure
safety,
efficacy,
quality
bioproducts.
represents
viable
path
towards
management
production
contributing
conservation
public
health
improvements.
provides
an
analysis
current
literature
identifies
knowledge
gaps,
offering
recommendations
studies
optimize
use
drug
industry.
