Journal of Renewable Energy,
Journal Year:
2024,
Volume and Issue:
2024, P. 1 - 35
Published: May 8, 2024
Energy
storage
is
a
more
sustainable
choice
to
meet
net-zero
carbon
foot
print
and
decarbonization
of
the
environment
in
pursuit
an
energy
independent
future,
green
transition,
uptake.
The
journey
reduced
greenhouse
gas
emissions,
increased
grid
stability
reliability,
improved
access
security
are
result
innovation
systems.
Renewable
sources
fundamentally
intermittent,
which
means
they
rely
on
availability
natural
resources
like
sun
wind
rather
than
continuously
producing
energy.
Due
its
ability
address
inherent
intermittency
renewable
sources,
manage
peak
demand,
enhance
make
it
possible
integrate
small-scale
systems
into
grid,
essential
for
continued
development
decentralization
generation.
Accordingly,
effective
system
has
been
prompted
by
demand
unlimited
supply
energy,
primarily
through
harnessing
solar,
chemical,
mechanical
Nonetheless,
order
achieve
transition
mitigate
climate
risks
resulting
from
use
fossil-based
fuels,
robust
necessary.
Herein,
need
better,
devices
such
as
batteries,
supercapacitors,
bio-batteries
critically
reviewed.
their
low
maintenance
needs,
supercapacitors
facilities,
most
notably
Moreover,
possess
charging
discharging
cycles,
high
power
density,
requirements,
extended
lifespan,
environmentally
friendly.
On
other
hand,
combining
aluminum
with
nonaqueous
charge
materials
conductive
polymers
each
material’s
unique
capabilities
could
be
crucial
batteries.
In
general,
density
key
component
battery
development,
scientists
constantly
developing
new
methods
technologies
existing
batteries
proficient
safe.
This
will
design
that
powerful
lighter
range
applications.
When
there
imbalance
between
(ESS)
offer
way
increasing
effectiveness
electrical
They
also
play
central
role
enhancing
reliability
excellence
networks
can
deployed
off-grid
localities.
Advanced Functional Materials,
Journal Year:
2024,
Volume and Issue:
unknown
Published: May 14, 2024
Abstract
Electrochemical
(EC)
analysis
has
emerged
as
a
high‐sensitivity,
reliable,
cost‐effective,
and
rapidly
evolving
technique
that
garnered
significant
attention
across
diverse
domains.
Furthermore,
EC‐based
techniques
hold
great
potential
for
miniaturization
integration.
The
integration
of
EC
with
mode/signal
(such
light,
magnetic,
thermal
signals,
etc.)
provides
unique
opportunities
biosensors
to
acquire
more
information
through
single
sensing
platform.
By
coupling
multiple
signals
or
processing
them
logically,
the
detection
accuracy
can
be
further
improved,
probability
false
positives
negatives
minimized.
In
this
review,
thorough
multi‐
sensors
in
field
is
conducted,
along
their
various
(e.g.,
fluorescence,
photothermal,
colorimetry,
microfluidic,
etc.).
aim
delve
into
latest
advances,
applications,
well
challenges
multi‐mode/signal
biosensors,
where
utilization
modalities
helps
enhance
accuracy,
sensitivity,
selectivity.
This
review
new
insight
synergistic
effects
integrating
other
techniques,
aiming
shed
light
on
near‐future
developments
EC‐integrated
biosensors.
Analytical Chemistry,
Journal Year:
2024,
Volume and Issue:
96(26), P. 10686 - 10695
Published: June 17, 2024
Exploiting
the
multiple
properties
of
nanozymes
for
multimode
lateral
flow
assay
(LFA)
is
urgently
required
to
improve
accuracy
and
versatility.
Herein,
we
developed
a
novel
plasmonic
Au
nanostar@PtOs
nanocluster
(Au@PtOs)
as
signal
tag
LFA
detection.
Based
on
PtOs
bimetallic
doping
strategy,
Au@PtOs
can
indicate
both
excellent
SERS
enhancement
nanozyme
catalytic
activity.
Meanwhile,
displays
better
photothermal
effect
than
that
nanostars.
Therefore,
colorimetric/SERS/temperature
three-mode
signals
be
read
out
based
nanocomposite.
The
was
combined
with
applied
breast
cancer
exosome
detection
limit
mode
2.6
×
103/4.1
101/4.6
102
exosomes/μL,
respectively,
which
much
superior
common
nanoparticles
(∼105
exosomes/μL).
Moreover,
fingerprint
molecular
recognition
ability
mode,
phenotypes
derived
from
different
cell
lines
discriminated
easily.
convenient
visual
colorimetric
sensitive
SERS/temperature
quantitative
modes,
driven
satisfy
requirements
accurate
flexible
multimodal
sensing
in
application
scenarios.
ACS Nano,
Journal Year:
2024,
Volume and Issue:
18(35), P. 24469 - 24483
Published: Aug. 22, 2024
Bacterial
infections
claim
millions
of
lives
every
year,
with
the
escalating
menace
microbial
antibiotic
resistance
compounding
this
global
crisis.
Nanozymes,
poised
as
prospective
substitutes
for
antibiotics,
present
a
significant
frontier
in
antibacterial
therapy,
yet
their
precise
enzymatic
origins
remain
elusive.
With
continuous
development
nanozymes,
applications
elemental
N-modulated
nanozymes
have
spanned
multiple
fields,
including
sensing
and
detection,
infection
cancer
treatment,
pollutant
degradation.
The
introduction
nitrogen
into
not
only
broadens
application
range
but
also
holds
importance
design
catalysts
biomedical
research.
synergistic
interplay
between
W
N
induces
pivotal
alterations
electronic
configurations,
endowing
tungsten
nitride
(WN)
peroxidase-like
functionality.
Furthermore,
vacancies
augments
nanozyme
activity,
thus
amplifying
catalytic
potential
WN
nanostructures.
Rigorous
theoretical
modeling
empirical
validation
corroborate
genesis
enzyme
activity.
meticulously
engineered
nanoflower
architecture
exhibits
an
exceptional
ability
traversing
bacterial
surfaces,
exerting
potent
bactericidal
effects
through
direct
physical
interactions.
Additionally,
topological
intricacies
these
nanostructures
facilitate
targeting
generated
radicals
on
culminating
efficacy
against
both
Gram-negative
Gram-positive
strains
along
notable
inhibition
biofilm
formation.
Importantly,
assessments
using
skin
model
underscore
proficiency
nanoflowers
effectively
clearing
fostering
wound
healing.
This
pioneering
research
illuminates
realm
pseudoenzyme
activity
capture-killing
strategies,
promising
fertile
ground
innovative,
high-performance
artificial
peroxidases.
Advanced Powder Materials,
Journal Year:
2024,
Volume and Issue:
3(4), P. 100191 - 100191
Published: March 18, 2024
Nanozymes,
a
category
of
nanomaterials
endowed
with
enzyme-mimicking
capabilities,
have
exhibited
considerable
potential
across
diverse
application
domains.
This
comprehensive
review
delves
into
the
intricacies
regulating
nanozymes
through
N
elements,
elucidating
mechanisms
governing
element
control
in
design
and
these
nanomaterials.
The
initial
sections
introduce
foundational
background
significance
nanozymes.
Subsequent
exploration
detailed
discussion
regulation
on
nanozymes,
encompassing
vacancies,
doping,
coordination,
nitride.
These
regulatory
pathways
play
an
instrumental
role
fine-tuning
catalytic
activity
specificity
further
scrutinizes
practical
applications
spanning
sensing
detection,
infection
therapy,
tumor
pollutant
degradation.
In
conclusion,
it
succinctly
summarizes
current
research
findings
proposes
future
directions
for
development.
thorough
investigation
by
elements
anticipates
precise
over
their
performance,
thereby
advancing
extensive
utilization
realms
biomedical
environmental
applications.
Materials Today Bio,
Journal Year:
2024,
Volume and Issue:
26, P. 101028 - 101028
Published: March 24, 2024
The
expansion
applications
of
semiconducting
polymer
dots
(Pdots)
among
optical
nanomaterial
field
have
long
posed
a
challenge
for
researchers,
promoting
their
intelligent
application
in
multifunctional
nano-imaging
systems
and
integrated
nanomedicine
carriers
diagnosis
treatment.
Despite
notable
progress,
several
inadequacies
still
persist
the
Pdots,
including
development
simplified
near-infrared
(NIR)
nanoprobes,
elucidation
inherent
biological
behavior,
integration
information
processing
nanotechnology
into
biomedical
applications.
This
review
aims
to
comprehensively
elucidate
current
status
Pdots
as
classical
nanophotonic
material
by
discussing
its
advantages
limitations
terms
biocompatibility,
adaptability
microenvironments
vivo,
etc.
Multifunctional
surface
chemistry
play
crucial
roles
realizing
Pdots.
Information
visualization
based
on
physicochemical
properties
is
pivotal
achieving
detection,
sensing,
labeling
probes.
Therefore,
we
refined
underlying
mechanisms
constructed
multiple
comprehensive
original
mechanism
summaries
establish
benchmark.
Additionally,
explored
cross-linking
interactions
between
nanomedicine,
potential
yet
complete
metabolic
pathways,
future
research
directions,
innovative
solutions
integrating
treatment
strategies.
presents
possible
expectations
valuable
insights
advancing
specifically
from
chemical,
medical,
photophysical
practitioners'
standpoints.
