Nanomaterials,
Год журнала:
2024,
Номер
14(24), С. 2051 - 2051
Опубликована: Дек. 21, 2024
Nanomaterial
properties
such
as
size,
structure,
and
composition
can
be
controlled
by
manipulating
radiation,
gamma
rays,
X-rays,
electron
beams.
This
control
allows
scientists
to
create
materials
with
desired
that
used
in
a
wide
range
of
applications,
from
electronics
medicine.
use
radiation
for
nanotechnology
is
revolutionizing
the
way
we
design
manufacture
materials.
Additionally,
radiation-induced
nanomaterials
are
more
cost
effective
energy
efficient.
technology
also
having
positive
impact
on
environment,
being
produced
fewer
emissions,
less
energy,
waste.
cutting-edge
opening
up
new
possibilities
has
become
an
attractive
option
many
industries,
medical
advancements
storage.
It
helping
make
world
better
place
reducing
our
carbon
footprint
preserving
natural
resources.
review
aims
meticulously
point
out
synthesis
approach
highlights
significant
progress
generating
tunable
complex
morphologies.
comprehensive
article
essential
researchers
innovative
health
care,
electronics,
storage,
environmental
remediation.
Highlights in Science Engineering and Technology,
Год журнала:
2025,
Номер
125, С. 278 - 286
Опубликована: Фев. 18, 2025
Nanotechnology
has
been
developing
with
the
development
of
technology
and
made
great
progress
especially
in
field
biomedical
engineering
nanoparticles.
Biological
imaging
plays
an
important
role
medical
research.
Through
biological
technology,
researchers
can
intuitively
observe
structural
functional
changes
organisms
at
microscopic
level,
so
as
to
understand
mechanism
life
activities.
However,
current
traditional
radioactive
material
method,
problems
such
potential
safety
hazards
poor
effect,
which
limits
its
wide
application
clinical
scientific
To
address
these
challenges,
research
turned
nanotechnology
explore
advantages
bioimaging.
unique
physical
chemical
properties.
Nano-based
bioimaging
methods
not
only
improve
resolution
sensitivity
but
also
enhance
biocompatibility
reduce
organisms.
This
article
details
various
types
nanotechnology,
liposomes,
nanoparticles,
quantum
dots,
remarkable
results
achieved.
These
nano-imaging
technologies
realize
fine
cells,
tissues
even
whole
organism,
provide
strong
support
for
early
diagnosis
precision
treatment
diseases.
review
introduces
applications
effects
different
bioimaging,
explores
challenges
prospects
reveals
based
on
nanotechnology.
ACS Biomaterials Science & Engineering,
Год журнала:
2025,
Номер
unknown
Опубликована: Март 11, 2025
Roughly
1.71
billion
people
worldwide
suffer
from
large
bone
abnormalities,
which
are
the
primary
cause
of
disability.
Traditional
grafting
procedures
have
several
drawbacks
that
impair
their
therapeutic
efficacy
and
restrict
use
in
clinical
settings.
A
great
deal
work
has
been
done
to
create
fresh,
more
potent
strategies.
Under
these
circumstances,
a
crucial
technique
for
regeneration
major
lesions
emerged:
tissue
engineering
(BTE).
BTE
involves
biomaterials
can
imitate
natural
design
bone.
To
yet,
no
biological
material
able
fully
meet
parameters
perfect
implantable
material,
even
though
varieties
created
investigated
regeneration.
Against
this
backdrop,
researchers
focused
interest
over
past
few
years
on
subject
nanotechnology
nanostructures
regenerative
medicine.
The
ability
nanoengineered
particles
overcome
current
constraints
strategies─such
as
decreased
cell
proliferation
differentiation,
insufficient
mechanical
strength
materials,
production
extrinsic
factors
required
effective
osteogenesis
revolutionized
field
engineering.
effects
nanoparticles
characteristics
application
materials
main
topics
our
review,
summarizes
most
recent
vitro
vivo
research
context
BTE.
Journal of Materials Chemistry B,
Год журнала:
2025,
Номер
unknown
Опубликована: Янв. 1, 2025
In
this
study,
a
novel
ASGP-R
targeted
contrast
agent
has
been
developed
for
liver
cancer
diagnosis,
which
exhibits
high
imaging
efficacy
and
great
biosafety,
holding
promise
as
MRI
of
human
cancer.
Micromachines,
Год журнала:
2025,
Номер
16(4), С. 419 - 419
Опубликована: Март 31, 2025
The
rapid
evolution
of
micro-
and
nano-architectures
is
revolutionizing
biomedical
engineering,
particularly
in
the
fields
therapeutic
diagnostic
micromechanics.
This
review
explores
recent
innovations
nanostructured
materials
their
transformative
impact
on
healthcare
applications,
ranging
from
drug
delivery
tissue
engineering
to
biosensing
diagnostics.
Key
advances
fabrication
techniques,
such
as
lithography,
3D
printing,
self-assembly,
have
enabled
unprecedented
control
over
material
properties
functionalities
at
microscopic
scales.
These
engineered
architectures
offer
enhanced
precision
targeting
controlled
release
delivery,
foster
cellular
interactions
improve
sensitivity
specificity
devices.
We
examine
critical
design
parameters,
including
biocompatibility,
mechanical
resilience,
scalability,
which
influence
clinical
efficacy
long-term
stability.
also
highlights
translational
potential
current
limitations
bringing
these
laboratory
research
practical
applications.
By
providing
a
comprehensive
overview
trends,
challenges,
future
perspectives,
this
article
aims
inform
inspire
further
development
that
hold
promise
for
advancing
personalized
medicine.
Langmuir,
Год журнала:
2024,
Номер
40(46), С. 24281 - 24291
Опубликована: Ноя. 5, 2024
Here,
we
report
the
in
situ
generation
of
Bi
nanoparticles
(BiNPs)
into
a
nanoporous
matrix
by
impregnation
bismuth
chloride
and
subsequent
reduction
with
sodium
borohydride.
The
was
created
acid
activation
natural
montmorillonite
clay
under
controlled
conditions
aim
that
it
may
serve
as
host
for
BiNPs.
characterization
stabilized
BiNPs
done
using
Fourier-transform
infrared
(FTIR),
powder
X-ray
diffraction
(PXRD),
photoelectron
spectroscopy
(XPS),
thermogravimetric
analysis
(TGA),
transmission
electron
microscopy
(TEM),
field
emission
scanning
microscopy-energy
dispersive
(FESEM-EDX)
techniques.
TEM
study
reveals
an
average
particle
size
7.16
nm
are
well-distributed
on
surface
acid-activated
clay.
synthesized
exhibited
excellent
catalytic
activity
degradation
4-nitrophenol
(4-NP)
aqueous
medium
remarkable
results.
4-NP
to
4-aminophenol
(4-AP)
at
25
°C,
presence
borohydride,
brought
about
almost
100%
conversion
6
min
rate
constant
0.20098
s
