Journal of Natural Fibers,
Journal Year:
2024,
Volume and Issue:
21(1)
Published: May 4, 2024
In
this
research
work,
we
explore
antibacterial
activity
and
the
UV-protection
of
cotton
fabric
functionalized
with
copper
oxide-titanium
dioxide
nano
composites
particles
(CuO+TiO2
NCPs).
Cotton
fabrics
(Cot)
were
treated
L-methionine
(Am)
bimetallic
CuO+TiO2
NCPs
by
pad
rolling
technique.
Cu(NO3)2
titanium
isopropoxide
(TIP)
used
as
sources
Cu(OH)2
TiO2
colloid
respectively,
which
then
converted
into
CuO
nanoparticles
(NPs)
for
making
UV-protective
cotton.
The
method
yielded
a
crystallite
size
NPs
18.09
32.5
nm,
respectively.
FTIR,
Raman
spectroscopy,
High-resolution
scanning
electron
microscopy-Energy
dispersive
Spectroscopy
(HRSEM),
(EDS),
X-ray
photo
spectroscopy
(XPS),
thermal
gravimetric
analysis
(TGA),
XRD
to
analyze
functional
group,
morphology,
chemical
composition,
stability
crystalline
structure
samples.
results
showed
that
an
esterification
reaction
occurred
between
Am
OH
in
fabric,
further
enhanced
binding
NCPs.
AmCot-CuO+TiO2
exhibit
outstanding
against
gram-positive
S.
aureus
gram-negative
E.
coli.
UV
protection
factor
(UPF)
reached
50+;
thus,
multifunctional
excellent
anti-ultraviolet
properties
obtained.
Molecules,
Journal Year:
2023,
Volume and Issue:
28(2), P. 661 - 661
Published: Jan. 9, 2023
Nanotechnology,
contrary
to
its
name,
has
massively
revolutionized
industries
around
the
world.
This
paper
predominantly
deals
with
data
regarding
applications
of
nanotechnology
in
modernization
several
industries.
A
comprehensive
research
strategy
is
adopted
incorporate
latest
driven
from
major
science
platforms.
Resultantly,
a
broad-spectrum
overview
presented
which
comprises
diverse
modern
study
reveals
that
not
limited
labs
or
small-scale
manufacturing
units
nanomedicine,
but
instead
taken
share
different
Companies
world
are
now
trying
make
their
innovations
more
efficient
terms
structuring,
working,
and
designing
outlook
productivity
by
taking
advantage
nanotechnology.
From
processing
such
as
those
agriculture,
food,
medicine
larger-scale
production
operating
automobiles,
civil
engineering,
environmental
management,
manifested
almost
every
industrial
domain
on
global
scale.
With
pronounced
cooperation
among
researchers,
industrialists,
scientists,
technologists,
environmentalists,
educationists,
sustainable
development
nano-based
can
be
predicted
future.
Smart Materials in Manufacturing,
Journal Year:
2022,
Volume and Issue:
1, P. 100011 - 100011
Published: Nov. 18, 2022
The
precision
in
the
design
and
manufacturing
of
scaffolds
with
ideal
properties
such
as
biocompatibility,
biodegradability,
mechanical
surface
characteristics
is
very
crucial
for
applications
tissue
engineering.
Furthermore,
these
techniques
should
be
able
to
translate
manufactured
from
bench
potential
applications.
Numerous
fabrication
technologies
have
been
employed
three-dimensional
controlled
nano-to-micro-structures
achieve
final
biological
response.
This
review
highlights
parameters
(biological,
biodegradability)
different
biomedical
engineering
It
discusses
detail
about
various
designing
methods
developed
used
scaffolds,
namely
solvent
casting/particle
leaching,
freeze
drying,
thermal
induced
phase
separation
(TIPS),
gas
foaming
(GF),
powder
foaming,
sol-gel,
electrospinning,
stereolithography
(SLA),
fused
deposition
modelling
(FDM),
selective
laser
sintering
(SLS),
binder
jetting
technique,
inkjet
printing,
laser-assisted
bioprinting,
direct
cell
writing
metal
based
additive
a
focus
on
their
benefits,
limitations
applicability
Journal of Industrial Textiles,
Journal Year:
2025,
Volume and Issue:
55
Published: Jan. 15, 2025
Mood
fluctuations,
influenced
by
factors
such
as
workplace
stress,
academic
pressure,
and
interpersonal
relationships,
can
significantly
affect
mental
health
decision
making.
Effective
mood
regulation
is
essential
for
maintaining
psychological
well-being,
especially
during
critical
developmental
phases
adolescence.
Traditional
management
methods
often
rely
on
personal
willpower
subjective
techniques,
which
be
inadequate
in
high
stress
situations.
Recent
advancements
wearable
technology,
particularly
the
field
of
smart
textiles,
have
led
to
continuous
objective
regulation.
This
review
explores
integration
textiles
with
regulation,
focusing
emerging
technologies
that
incorporate
principles
into
fabric
designs.
It
examines
various
equipped
sensors,
actuators,
biofeedback
mechanisms
monitor
physiological
indicators
related
mood,
heart
rate
skin
conductivity.
These
not
only
provide
real-time
feedback
but
also
offer
interactive
elements,
temperature
light
modulation,
tactile
feedback,
allowing
users
actively
engage
their
emotional
states.
In
addition,
mobile
applications
allows
track
patterns
identify
triggers,
thereby
enhancing
self-awareness.
end,
through
a
synthesis
current
research,
this
discusses
impacts
these
wearables,
including
efficacy
reduction,
anxiety
management,
overall
resilience.
highlights
challenges
future
research
directions
realm
ChemNanoMat,
Journal Year:
2023,
Volume and Issue:
9(9)
Published: July 5, 2023
Abstract
Nanotechnology
embodies
a
groundbreaking
innovation
for
the
textile
and
apparel
industry,
facilitating
enhancements
to
functionality
performance
of
textiles,
including
durability,
resistance
water,
odor,
flame,
stain,
UV‐protection,
antimicrobial
properties.
also
enables
biosensing,
drug
delivery,
energy
generation,
storage
in
textiles.
Here,
we
present
comprehensive
overview
possibilities
offered
by
nanotechnology
context
high‐performance
textiles
providing
roadmap
future
research
development
this
exciting
field.
We
scrutinize
current
on
exploring
various
types
nanomaterials
their
properties,
methods
incorporating
into
numerous
applications
across
critical
industries
such
as
healthcare,
military,
sports,
fashion,
wearable
electronics.
conclude
review
with
an
analysis
potential
health
environmental
concerns
arising
from
use
emphasizing
importance
further
these
areas.
Biomedicines,
Journal Year:
2023,
Volume and Issue:
11(5), P. 1472 - 1472
Published: May 18, 2023
In
the
current
research,
an
aqueous
extract
of
Terminalia
chebula
fruit
was
used
to
produce
silver
nanoparticles
(Ag
NPs)
in
a
sustainable
manner.
UV-visible
spectrophotometry,
transmission
electron
microscopy
(TEM),
and
scanning
(SEM)
were
characterize
synthesized
nanoparticles.
Synthesized
Ag
NPs
detected
since
their
greatest
absorption
peak
seen
at
460
nm.
The
spherical
had
average
size
about
50
nm,
with
agglomerated
structures,
as
shown
via
SEM
TEM
analyses.
biological
activities
evaluated
terms
antibacterial
antioxidant
properties,
well
protein
leakage
time-kill
kinetics
assays.
results
suggest
that
green
possess
significant
activities,
making
them
promising
candidate
for
therapeutic
applications.
Furthermore,
study
also
potential
toxicological
effects
using
zebrafish
embryos
model
organism.
findings
indicate
did
not
induce
any
toxic
on
embryos,
further
supporting
agents.
conclusion,
environmentally
friendly
production
from
T.
is
strategy
discovering
novel
agents
prospective
uses
biomedicine.
Journal of the Textile Institute,
Journal Year:
2024,
Volume and Issue:
unknown, P. 1 - 16
Published: Feb. 20, 2024
The
growing
field
of
smart
textiles
has
captivated
researchers,
focusing
on
advancing
functionalities
to
enhance
human
well-being
and
elevate
daily
comfort.
Wearable
sensors,
integral
healthcare,
hold
immense
promise
for
real-time
biomedical
monitoring,
presenting
a
transformative
potential
disease
management
enhanced
patient
outcomes.
Within
this
domain,
textile-based
wearable
sensors
have
emerged
as
particularly
promising
technology,
boasting
advantages
such
comfort,
flexibility,
noninvasiveness.
This
article
provides
meticulous
overview
the
design
development
monitoring.
A
comprehensive
literature
review
explores
existing
sensor
technologies,
emphasizing
limitations
specific
sensors.
discussion
encompasses
considerations
design,
selection,
integration
into
systems,
delving
evaluation
various
modalities,
textile
materials,
fabrication
techniques.
Signal
processing
techniques,
essential
extracting
pertinent
information,
data
analysis
methods
monitoring
are
scrutinized.
Biocompatibility,
user
acceptance
factors
conscientiously
considered,
alongside
thorough
discussions
calibration
procedures
accuracy
assessment
ensure
reliability
measurements.
further
applications
in
encompassing
vital
signs
activity
tracking,
detection.
Human
studies
critically
examined
comprehend
acceptance,
informing
improvements
tailored
needs.
Lastly,
discusses
future
research
directions
challenges,
including
durability,
washability,
scalability.
aspires
equip
researchers
practitioners
with
invaluable
insights
nuanced
realm
By
fostering
advancements
field,
aims
facilitate
seamless
translation
cutting-edge
technology
clinical
practice.
Sensors,
Journal Year:
2024,
Volume and Issue:
24(9), P. 2938 - 2938
Published: May 5, 2024
The
development
of
e-textiles
necessitates
the
creation
highly
conductive
inks
that
are
compatible
with
precise
inkjet
printing,
which
remains
a
key
challenge.
This
work
presents
an
innovative,
syringe-based
method
to
optimize
novel
bio-sourced
silver
ink
for
printing
on
textiles.
We
investigate
relationships
between
inks’
composition,
rheological
properties,
and
behavior,
ultimately
assessing
electrical
performance
fabricated
circuits.
Using
Na–alginate
polyethylene
glycol
(PEG)
as
suspension
matrix,
we
demonstrate
their
viscosity
depends
component
ratios.
Rheological
control
nanoparticle-laden
has
become
paramount
uniform
A
specific
formulation
(3
wt.%
AgNPs,
20
Na–alginate,
40
PEG,
solvent)
exhibits
optimal
rheology,
enabling
0.1
mm
thick
lines
low
resistivity
(8
×
10−3
Ω/cm).
Our
findings
pave
way
designing
eco-friendly
formulations
suitable
flexible
antennas
other
electronic
circuits
onto
textiles,
opening
up
exciting
possibilities
next
generation
E-textiles.
Engineered Regeneration,
Journal Year:
2024,
Volume and Issue:
5(3), P. 326 - 341
Published: July 2, 2024
Silver
nanoparticles
are
among
the
most
widely
researched
and
used
for
nanotechnology-derived
structures
due
to
their
extraordinary
inherent
optical
properties,
chemical
stability,
catalytic
activity,
high
conductivity.
These
idiosyncratic
properties
can
be
attributed
unique
physico-chemical
characteristics,
such
as
ultrafine
sizes,
surface
area,
diverse
shapes,
strong
localized
plasmon
resonance.
distinctive
features
tailored
using
various
physical,
chemical,
biological
synthesis
methods.
Various
physical
techniques
viable
producing
silver
on
a
large
scale,
but
they
suffer
from
drawbacks
high-power
consumption,
expensive
set-up,
limited
control
over
nanoparticle
size
distribution.
Chemical
methods
provide
benefits
like
yield,
consistent
shape
distribution,
cost
efficiency,
residual
toxicity
of
chemicals
involved
hinders
applications.
Biological
approaches
effectively
overcome
limitations
both
by
eliminating
need
hazardous
chemicals,
requiring
less
energy,
enabling
morphologies,
offering
eco-friendliness
exceptional
biocompatibility.
The
novel
promising
nanosilver-based
biomaterials
have
been
demonstrated
suitable
wide
range
pharmacological
therapeutic
biomedical
Their
extensive
application
in
wound
healing,
dentistry,
cardiovascular
disease
treatment,
nerve
tissue
engineering,
cancer
biosensing
antimicrobial
antibiofilm
antithrombotic
potential
regeneration,
photothermal
conversion
efficiency
sensitivity,
respectively.
This
review
discusses
different
employed
synthesising
focuses
