Small,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 25, 2024
High-fidelity
wireless
electrophysiological
monitoring
is
essential
for
ambulatory
healthcare
applications.
Soft
solid-like
hydrogels
have
received
significant
attention
as
epidermal
electrodes
because
of
their
tissue-like
mechanical
properties
and
high
biocompatibility.
However,
it
challenging
to
develop
a
hydrogel
electrode
that
provides
robust
contact
adhesiveness
with
glabrous
skin
hairy
scalp
high-fidelity,
continuous
signal
detection.
Here,
paintable,
fast
gelation,
highly
adhesive,
conductive
engineered
high-fidelity
monitoring.
The
hydrogel,
consisting
gelatin,
gallic
acid,
sodium
citrate,
lithium
chloride,
glycerol,
Tris-HCl
buffer
solution
exhibits
reversible
thermal
phase
transition
capability,
which
endows
the
attributes
on-skin
applicability
in
situ
gelation
15
s,
thereby
addressing
aforementioned
limitations.
introduction
acid
enhances
adhesive
facilitating
secure
attachment
or
scalp.
To
accentuate
potential
applications
at-home
health
monitoring,
are
demonstrated
electrocardiogram
recording
one
hour
during
various
daily
activities,
well
simultaneous
electroencephalogram
30
min
nap.
Advanced Functional Materials,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Aug. 2, 2024
Abstract
Gallium‐based
liquid
metals
with
outstanding
electrical
conductivity
and
fluidity
are
widely
used
in
wearable
electronics
for
wireless
communication,
human–machine
interaction,
smart
textiles.
However,
their
makes
them
easily
leak
from
the
embedded
conductive
circuits
under
repeatable
stretching,
mechanical
damage,
or
exposure
to
acidic
alkaline
environments,
limiting
reliability
practical
use.
Here,
highly
stable
LM–polymer
composites
shown
ability
endure
significant
chemical
stresses,
maintaining
low
resistance
changes
(
R
/
0
=
3.3
2.4)
after
10
times
of
standard
washing
24
h
storage
corrosive
solutions.
The
use
fluoropolymer,
providing
robust
interfacial
binding
gallium
oxide
layer,
effectively
serves
as
a
barrier
layer
withstand
damage
through
synergistic
effect
adaptive
dipole–dipole
interactions
among
enhanced
hydrophobicity.
as‐prepared
can
be
readily
hot
pressed
onto
commercial
fabrics
develop
electronic
textiles
(10214
S
m
−1
),
high
air
permeability
(148.6
mm
s
moisture
(30.3
g
−2
).
Taking
advantage
excellent
stability
permeability,
e‐textiles
demonstrated
washable
thermal
therapy
patches
skin‐interfaced
electrodes
epidermal
biopotential
recording.
APL Materials,
Journal Year:
2024,
Volume and Issue:
12(8)
Published: Aug. 1, 2024
MXenes,
a
novel
class
of
two-dimensional
(2D)
materials,
have
attracted
considerable
attention
in
various
fields,
especially
drug
delivery,
wound
healing,
bone
tissue
engineering,
biosensing,
and
cancer
treatment.
Thanks
to
their
remarkable
physicochemical
properties,
MXenes
hold
great
promise
for
biomedical
applications.
Concurrently,
hydrogels
composed
polymers
been
extensively
utilized
contexts.
The
unique
properties
facilitate
integration
into
bioactive
with
enhanced
functions
thereby
endowing
the
composites
multifunctional
capabilities.
MXene-reinforced
polymer
(MRPHs)
synergistically
combine
advantageous
characteristics
both
hydrogels,
making
them
highly
adaptable
other
theranostic
strategies
medical
In
this
comprehensive
review,
we
demonstrate
recent
advances
design
synthesis
MRPHs
Specifically,
introduce
analyze
methods
tailoring
by
incorporating
active
components,
including
functional
molecules,
2D
metal
ions,
natural
polymers,
drugs/genes.
We
then
discuss
applications
designed
biosensors,
therapy.
hope
that
work
provides
valuable
guidance
inspiration
readers
develop
advanced
Small,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Oct. 25, 2024
High-fidelity
wireless
electrophysiological
monitoring
is
essential
for
ambulatory
healthcare
applications.
Soft
solid-like
hydrogels
have
received
significant
attention
as
epidermal
electrodes
because
of
their
tissue-like
mechanical
properties
and
high
biocompatibility.
However,
it
challenging
to
develop
a
hydrogel
electrode
that
provides
robust
contact
adhesiveness
with
glabrous
skin
hairy
scalp
high-fidelity,
continuous
signal
detection.
Here,
paintable,
fast
gelation,
highly
adhesive,
conductive
engineered
high-fidelity
monitoring.
The
hydrogel,
consisting
gelatin,
gallic
acid,
sodium
citrate,
lithium
chloride,
glycerol,
Tris-HCl
buffer
solution
exhibits
reversible
thermal
phase
transition
capability,
which
endows
the
attributes
on-skin
applicability
in
situ
gelation
15
s,
thereby
addressing
aforementioned
limitations.
introduction
acid
enhances
adhesive
facilitating
secure
attachment
or
scalp.
To
accentuate
potential
applications
at-home
health
monitoring,
are
demonstrated
electrocardiogram
recording
one
hour
during
various
daily
activities,
well
simultaneous
electroencephalogram
30
min
nap.
