Journal of Nanomaterials,
Год журнала:
2024,
Номер
2024, С. 1 - 29
Опубликована: Фев. 20, 2024
Apart
from
our
imagination,
the
nanotechnology
industry
is
rapidly
growing
and
promises
that
substantial
changes
will
have
significant
economic
scientific
impacts
be
applicable
to
a
wide
range
of
areas,
such
as
aerospace
engineering,
nanoelectronics,
environmental
remediation,
medical
healthcare.
In
field,
magnetic
materials
play
vital
roles
resonance
imaging
(MRI),
hyperthermia,
drug
delivery.
Among
them,
manganese
oxide
garnered
great
interest
in
biomedical
applications
due
its
different
oxidation
states
(Mn2+,
Mn3+,
Mn4+).
Manganese
nanostructures
are
widely
explored
for
their
availability,
diverse
morphologies,
tunable
properties.
this
review,
cogent
contributions
oxides
summarized.
The
crystalline
structure
Mn
highlighted.
synthesis
approaches
Mn-based
nanoparticles
outlined.
important
manganese-based
like
MRI,
delivery
This
review
conducted
cover
future
impact
MnOx
diagnostic
therapeutic
applications.
Scientific Reports,
Год журнала:
2024,
Номер
14(1)
Опубликована: Авг. 20, 2024
First
time
compared
the
different
metals
doped
ZnS
nanoparticles
for
antibacterial
and
liver
cancer
cell
line.
In
this
study,
copper,
aluminum
nickel
NPs
were
synthesized
via
co-precipitation
method.
The
XRD
analysis
was
confirmed
presence
of
cubic
crystal
structure
crystallite
size
decreased
from
6
to
3
nm
with
doping
elements.
While
as
SEM
micro-grains
revealed
slightly
irregular
agglomerated
morphology
dopant
elements
such
Cu,
Al
Ni
in
identified
EDX
analysis.
FTIR
results
demonstrate
various
vibrational
stretching
bending
modes
attached
surface
nanomaterials.
After
that
well
diffusion
method
used
conduct
in-vitro
bioassays
evaluation
anticancer
activities
against
E.coli
B.cereus,
HepG2
Our
findings
unveil
exceptional
maximum
inhibition
zone
approximately
9
23
mm
observed
12
27
respectively.
addition,
significant
reduction
viability
achieved
These
favorable
highlight
potential
biomedical
applications.
future,
nanomaterials
will
be
suitable
hyperthermia
therapy
wound
healing
process.
