Biosensors,
Journal Year:
2024,
Volume and Issue:
14(10), P. 483 - 483
Published: Oct. 8, 2024
Wearable
tear-based
biosensors
have
garnered
substantial
interest
for
real
time
monitoring
with
an
emphasis
on
personalized
health
care.
These
utilize
major
tear
biomarkers
such
as
proteins,
lipids,
metabolites,
and
electrolytes
the
detection
recording
of
stable
biological
signals
in
a
non-invasive
manner.
The
present
comprehensive
review
delves
deep
into
composition
along
potential
that
can
identify,
monitor,
predict
certain
ocular
diseases
dry
eye
disease,
conjunctivitis,
eye-related
infections,
well
diabetes
mellitus.
Recent
technologies
wearable
point-of-care
medical
devices,
specifically
state-of-the-art
prospects
glucose,
pH,
lactate,
protein,
lipid,
electrolyte
sensing
from
are
discussed.
Finally,
addresses
existing
challenges
associated
widespread
application
sensors,
which
will
pave
way
advanced
scientific
research
development
devices.
Global Challenges,
Journal Year:
2023,
Volume and Issue:
7(4)
Published: Feb. 21, 2023
Over
the
course
of
last
several
decades,
nanotechnology
has
garnered
a
growing
amount
attention
as
potentially
valuable
technology
that
significantly
impacted
food
industry.
Nanotechnology
helps
in
enhancing
properties
materials
and
structures
are
used
various
fields
such
agriculture,
food,
pharmacy,
so
on.
Applications
market
have
included
encapsulation
distribution
to
specific
locations,
improvement
flavor,
introduction
antibacterial
nanoparticles
into
betterment
prolonged
storage,
detection
pollutants,
enhanced
storage
facilities,
locating,
identifying,
well
consumer
awareness.
Labeling
goods
with
nano
barcodes
ensure
their
security
may
also
be
track
distribution.
This
review
article
presents
discussion
about
current
advances
along
its
applications
field
food-tech,
packaging,
security,
life
products,
etc.
A
detailed
description
is
provided
synthesis
routes
nanomaterials,
is,
chemical,
physical,
biological
methods.
rapidly
improving
packaging
future
holds
great
opportunities
for
more
enhancement
via
development
new
nanomaterials
nanosensors.
Advanced Functional Materials,
Journal Year:
2024,
Volume and Issue:
34(45)
Published: June 12, 2024
Abstract
Advanced
wireless
sensors,
incorporating
metal‐organic
frameworks
(MOFs),
enzymatic
systems,
and
nanocomposites,
offer
unparalleled
solutions
for
monitoring
analytes
human
physiological
signals.
These
cutting‐edge
when
used
with
external
devices,
enable
real‐time
of
physicochemical
processes
within
the
body,
thereby
enhancing
understanding
complex
biological
systems.
This
study
presents
advancements
in
sensor
development,
fabrication
techniques,
user‐friendly
protocols.
The
performance
these
sensors
is
evaluated
based
on
their
selectivity,
sensitivity,
detection
limits.
Moreover,
this
article
explores
limitations,
challenges,
key
strategies
to
enhance
analyte
recognition
from
onsite
environmental
species,
ensuring
point‐of‐care
safety.
Advanced Functional Materials,
Journal Year:
2024,
Volume and Issue:
34(48)
Published: July 25, 2024
Abstract
Cellulose
consists
of
a
natural,
rigid
polymer
that
is
widely
used
to
improve
the
mechanical
and
water‐holding
properties
hydrogels.
However,
its
abundant
hydroxyl
groups
make
it
highly
absorbent
free
water,
leading
swelling
behavior.
This
increased
water
content
will
also
decrease
adhesive
performance.
In
this
study,
cellulose
successfully
hydrophobically
modified
reduce
absorption
water.
Gelatin
then
cross‐linked
with
through
Schiff‐base
reaction,
resulting
in
bound
content.
significantly
enhances
resistance
permeability,
improves
freeze–thaw
stability
hydrogel.
Due
internal
hydrophobicity,
molecules
can
quickly
penetrate
into
interior,
reducing
their
residence
time
on
hydrogel
surface.
allows
maintain
high
adhesion
natural
environments,
achieving
an
strength
up
3.0
MPa
wood
bamboo‐based
materials.
The
retain
even
after
prolonged
exposure
humid
environment.
Additionally,
Na
+
ions
enhance
electrical
conductivity
sensitivity
(gauge
factor
(GF)
=
1.51),
demonstrating
potential
applications
flexible
sensing.
Health care science,
Journal Year:
2024,
Volume and Issue:
3(5), P. 329 - 349
Published: Oct. 1, 2024
Abstract
The
increasing
integration
of
new
technologies
is
driving
a
fundamental
revolution
in
the
healthcare
sector.
Developments
artificial
intelligence
(AI),
machine
learning,
and
big
data
analytics
have
completely
transformed
diagnosis,
treatment,
care
patients.
AI‐powered
solutions
are
enhancing
efficiency
accuracy
delivery
by
demonstrating
exceptional
skills
personalized
medicine,
early
disease
detection,
predictive
analytics.
Furthermore,
telemedicine
remote
patient
monitoring
systems
overcome
geographical
constraints,
offering
easy
accessible
services,
particularly
underserved
areas.
Wearable
technology,
Internet
Medical
Things,
sensor
empowered
individuals
to
take
an
active
role
tracking
managing
their
health.
These
devices
facilitate
real‐time
collection,
enabling
preventive
care.
Additionally,
development
3D
printing
technology
has
revolutionized
medical
field
production
customized
prosthetics,
implants,
anatomical
models,
significantly
impacting
surgical
planning
treatment
strategies.
Accepting
these
advancements
holds
potential
create
more
patient‐centered,
efficient
system
that
emphasizes
individualized
care,
better
overall
health
outcomes.
This
review's
novelty
lies
exploring
how
radically
transforming
industry,
paving
way
for
effective
all.
It
highlights
capacity
modern
revolutionize
addressing
long‐standing
challenges
improving
Although
approval
use
digital
advanced
analysis
face
scientific
regulatory
obstacles,
they
translational
research.
as
continue
evolve,
poised
alter
environment,
sustainable,
efficient,
ecosystem
future
generations.
Innovation
across
multiple
fronts
will
shape
revolutionizing
provision
healthcare,
outcomes,
equipping
both
patients
professionals
with
tools
make
decisions
receive
treatment.
As
develop
become
integrated
into
standard
practices,
probably
be
accessible,
effective,
than
ever
before.
Biosensors,
Journal Year:
2022,
Volume and Issue:
12(10), P. 910 - 910
Published: Oct. 21, 2022
Wearable
sensors
and
invasive
devices
have
been
studied
extensively
in
recent
years
as
the
demand
for
real-time
human
healthcare
applications
seamless
human–machine
interaction
has
risen
exponentially.
An
explosion
sensor
research
throughout
globe
ignited
by
unique
features
such
thermal,
electrical,
mechanical
properties
of
graphene.
This
includes
wearable
implants,
which
can
detect
a
wide
range
data,
including
body
temperature,
pulse
oxygenation,
blood
pressure,
glucose,
other
analytes
present
sweat.
Graphene-based
health
monitoring
are
also
being
developed.
review
is
comprehensive
discussion
about
graphene,
routes
to
its
synthesis,
derivatives
etc.
Moreover,
basic
biosensor
along
with
chemistry
sweat
discussed
detail.
The
mainly
focusses
on
graphene
derivative-based
detection
will
be
examined
explained
this
study
an
overview
most
current
innovations
designs,
sensing
processes,
technological
advancements,
system
components,
potential
hurdles.
future
holds
great
opportunities
development
efficient
advanced
graphene-based
Heliyon,
Journal Year:
2023,
Volume and Issue:
9(11), P. e21621 - e21621
Published: Oct. 27, 2023
Among
many
types
of
wearable
sensors,
MOFs-based
sensors
have
recently
been
explored
in
both
commercialization
and
research.
There
has
much
effort
various
aspects
the
development
MOF-based
including
but
not
limited
to
miniaturization,
size
control,
safety,
improvements
conformal
flexible
features,
analytical
performance
long-term
storage
these
devices.
Recent
progress
design
deployment
are
covered
this
paper,
as
remaining
obstacles
prospects.
This
work
also
highlights
enormous
potential
for
synergistic
effects
MOFs
used
combination
with
other
nanomaterials
healthcare
applications
raise
attention
toward
economic
aspect
market
diffusion
sensors.
Sensors & Diagnostics,
Journal Year:
2024,
Volume and Issue:
3(6), P. 893 - 913
Published: Jan. 1, 2024
This
manuscript
emphasizes
advancements
in
electrochemical
sensors
for
real-time
glucose
monitoring,
showcasing
their
pivotal
role
enhancing
personalized
healthcare
through
continuous,
reliable
measurement
of
biochemical
markers.
Advanced Healthcare Materials,
Journal Year:
2024,
Volume and Issue:
13(16)
Published: April 3, 2024
Cardiovascular
diseases
represent
a
significant
threat
to
the
overall
well-being
of
global
population.
Continuous
monitoring
vital
signs
related
cardiovascular
health
is
essential
for
improving
daily
management.
Currently,
there
has
been
remarkable
proliferation
technology
focused
on
collecting
data
through
electronic
skin
monitoring.
However,
concerns
have
arisen
regarding
potential
irritation
and
inflammation
due
necessity
prolonged
wear
wearable
devices.
To
ensure
comfortable
uninterrupted
monitoring,
concept
biocompatible
gained
substantial
attention.
In
this
review,
skins
are
comprehensively
summarized
discussed.
The
recent
achievements
in
introduced.
Their
working
principles,
fabrication
processes,
performances
sensing
technologies,
materials,
integration
systems
highlighted,
comparisons
made
with
other
used
addition,
significance
integrating
updating
wireless
communication
development
smart
medical
field
explored.
Finally,
opportunities
challenges
also
examined.
