Journal of Composites and Compounds,
Journal Year:
2021,
Volume and Issue:
3(4), P. 0 - 0
Published: Dec. 30, 2021
In
the
present
pandemic/epidemic,
individuals
all
over
world
are
living
in
a
scenario
where
SARS-CoV-2
virus,
etiologic
agent
for
COVID-19,
has
impacted
every
area
of
their
existence,
whether
socially
or
economically,
year
2020.
Because
germs
this
airborne
sickness
can
be
spread
from
an
infected
person
to
others
when
sneezing,
coughing,
speaking
more
using
face
masks.
Face
masks,
as
well
proper
hand
cleanliness
and
physical
separation,
recommended
preventing
COVID-19
transmission.
Facemasks
cause
allergies
skin
problems
certain
people.
We
offered
approach
infuse
natural
bioactive
compounds
nanofibers
textile
fabric
brief
review.
Anti-allergenic,
anti-inflammatory,
odorless,
proposed
facemasks
will
identified.
study,
we
discuss
current
developments
that
have
impact
on
filtering
efficiency
mask
materials.
Journal of Composites and Compounds,
Journal Year:
2022,
Volume and Issue:
4(10), P. 21 - 30
Published: March 30, 2022
Skin
tissue
engineering
and
wound
healing
are
two
applications
where
conductive
biomaterials
based
on
metal
compounds,
polymers,
or
piezoelectric
polymers
have
great
potential.
This
is
because
of
their
excellent
antibacterial
antioxidant
activities,
similar
conductivity
to
human
skin,
photothermal
effect,
electrically
controlled
drug
delivery.
Wound
can
be
accelerated
by
using
materials
stimulate
the
activity
responsive
cells.
Electroactive
dressings
made
combining
non-conductive
with
this
article
focuses
current
developments
in
area.
It
detailed
how
these
electroactive
(conductive
metal-based,
piezoelectric-based
dressings)
accelerate
process,
properties
examined.
Furthermore,
electrical
stimulation
techniques
for
accelerating
discussed.
The
possibility
used
vivo
track
progress
also
mentioned,
as
future
development
directions.
Journal of Composites and Compounds,
Journal Year:
2021,
Volume and Issue:
3(4), P. 0 - 0
Published: Dec. 30, 2021
Coronavirus
disease,
also
called
COVID-19,
a
universal
health
concern,
has
a?ected
more
than
200
countries
after
its
declaration
as
pandemic
on
11
March
2020
by
the
World
Health
Organization,
WHO.
COVID-19
results
due
to
SARS-CoV-2
entrance
into
epithelial
cells
of
human's
lung.
Recently,
nanotechnology
turned
be
great
promising
method
used
in
medical
feld
regarding
viruses.
By
mitigating
infection,
plays
an
important
part
diagnostics,
prevention,
and
therapeutic
approaches
for
controlling
COVID-19.
The
development
nanomaterials
viral
disease
is
based
preventive
measures
disinfectants,
diagnostic
devices,
drugs
or
vaccines
transfer
antiviral
human
body.
Being
at
same
scale
viruses,
nanoparticles
can
replicate
functional
structural
properties
best
substitute
developing
vaccines.
A
broad
range
nanostructures,
including
gold,
silver,
zinc,
graphene,
carbon,
liposomes,
polymeric
compounds,
have
activity
employed
vaccine
inactivation
virus.
Journal of Composites and Compounds,
Journal Year:
2022,
Volume and Issue:
4(12), P. 169 - 175
Published: Sept. 30, 2022
Bone
is
a
composite
of
collagen
fibers
that
are
organized
by
calcium
phosphates
nanocrystals.
tissue
engineering
has
been
continuously
developing
since
the
concept
“tissue
engineering”
proposed.
Biomaterials
used
as
basic
material
for
fabrication
scaffolds
play
vital
role
in
bone
engineering.
Calcium
and
bioactive
glasses
were
first
bioceramics
specifically
developed
repair.
Biological
responses
such
bonding
biodegradation
properties
these
materials
very
important
clinical
applications.
This
paper
aims
to
introduce
strategy
review
difference
between
in-vivo
in-vitro
investigation
there
several
differences
mechanisms
investigations.
In
this
regard,
various
biological
degradation
discussed
effects
additives
ions
metals
on
performance
behavior
reviewed.
It
was
found
can
enhance
affecting
their
performance.
We
change
composition
indefinitely
controlled
fashion
tailor
dissolution
rate.
The
presence
some
mineral
origins
within
phosphate
structure
affect
crystal
lattice,
therefore
accelerate
well
biodegradability.
Journal of Composites and Compounds,
Journal Year:
2021,
Volume and Issue:
3(4), P. 0 - 0
Published: Dec. 30, 2021
Wearable
electronics
are
gaining
widespread
attention
because
of
the
potential
applications
them
in
systems
wearable
human
care
and
health
monitoring.
These
new
devices
probably
a
collection
different
like
batteries,
sensors,
displays,
so
on.
In
these
respects,
conductive
fibers,
inks,
fabrics
were
examined.
On
field,
three
materials
categories
including
carbon,
metal,
polymer-based
investigated.
Materials
carbon
have
advantages
good
electrical
conductivity,
structural
inherent
flexibility,
high
thermal
chemical
stability,
light
weight,
ease
operation,
production
mass,
enabling
to
be
candidate
for
flexible
electronics.
Conducting
polymers
number
drawbacks
their
natural
state;
however,
by
combining
with
other
materials,
can
solved.
polymer
composites
wide
range
optoelectronic,
electronic,
sectors
due
synergetic
effects.
Liquid
metal
was
bestowed
new-emerging
characteristics
multifunctional
applications.
Due
surface
tension
limited
adherence
on
many
surfaces,
manufacturing
approach
patterning
liquid
metals
substrates
has
received
lot
up
now.
The
current
state
as
actuators
fabrication
processes
discussed
this
review
paper.
Journal of Composites and Compounds,
Journal Year:
2021,
Volume and Issue:
3(4), P. 0 - 0
Published: Dec. 30, 2021
In
the
present
pandemic/epidemic,
individuals
all
over
world
are
living
in
a
scenario
where
SARS-CoV-2
virus,
etiologic
agent
for
COVID-19,
has
impacted
every
area
of
their
existence,
whether
socially
or
economically,
year
2020.
Because
germs
this
airborne
sickness
can
be
spread
from
an
infected
person
to
others
when
sneezing,
coughing,
speaking
more
using
face
masks.
Face
masks,
as
well
proper
hand
cleanliness
and
physical
separation,
recommended
preventing
COVID-19
transmission.
Facemasks
cause
allergies
skin
problems
certain
people.
We
offered
approach
infuse
natural
bioactive
compounds
nanofibers
textile
fabric
brief
review.
Anti-allergenic,
anti-inflammatory,
odorless,
proposed
facemasks
will
identified.
study,
we
discuss
current
developments
that
have
impact
on
filtering
efficiency
mask
materials.
