Chemical Reviews,
Journal Year:
2022,
Volume and Issue:
122(15), P. 12748 - 12863
Published: June 17, 2022
Nanomaterials
(NMs)
with
unique
structures
and
compositions
can
give
rise
to
exotic
physicochemical
properties
applications.
Despite
the
advancement
in
solution-based
methods,
scalable
access
a
wide
range
of
crystal
phases
intricate
is
still
challenging.
Solid-state
reaction
(SSR)
syntheses
have
high
potential
owing
their
flexibility
toward
multielemental
under
feasibly
temperatures
solvent-free
conditions
as
well
scalability
simplicity.
Controlling
nanoscale
features
through
SSRs
demands
strategic
nanospace-confinement
approach
due
risk
heat-induced
reshaping
sintering.
Here,
we
describe
advanced
SSR
strategies
for
NM
synthesis,
focusing
on
mechanistic
insights,
novel
phenomena,
underlying
principles
using
series
examples
different
categories.
After
introducing
history
classical
SSRs,
key
theories,
definitions
central
topic,
categorize
various
modern
based
surrounding
solid-state
media
used
nanostructure
growth,
conversion,
migration
nanospace
or
dimensional
confinement.
This
comprehensive
review
will
advance
quest
new
materials
design,
ECS Sensors Plus,
Journal Year:
2022,
Volume and Issue:
1(3), P. 031601 - 031601
Published: June 21, 2022
Diabetes
leads
to
chronic
microvascular
complications
for
the
heart,
kidney,
and
eyes
due
uncontrolled
glycemic
fluctuations.
Self-monitoring
blood
glucose
meters
can
only
provide
a
snapshot
of
level
are
incapable
capturing
granular
fluctuations
over
24
h
in
day.
The
clinical
research
has
indicated
that
random
lead
organ
damage.
In
pursuit
better
management,
Continuous
Glucose
Monitoring
(CGM)
is
emerging
as
popular
alternative
owing
its
ability
detect
instantaneous
changes
levels
alert
users
impending
hypo-
or
hyper-glycemic
events.
last
decade,
several
CGM
devices
have
been
launched
market
based
on
different
sensing
chemistries
techniques.
More
still
needed
come
up
with
novel
bio
concepts
make
low
cost
highly
accurate.
Here,
we
elaborate
techniques
such
electrochemical,
optical,
reverse
iontophoresis,
microdialysis,
impedance
spectroscopy.
We
emphasize
widely
used
electrochemical
CGMs
focus
sensor
design
bio-compatibility.
also
an
outlook
future
technologies,
highlighting
need
innovative
materials,
possibility
integrating
Internet
Things
(IoT)
real-time
e-health
monitoring.
Biosensors,
Journal Year:
2021,
Volume and Issue:
11(8), P. 259 - 259
Published: July 31, 2021
Two-dimensional
(2D)
materials
such
as
graphene,
graphene
oxide,
transition
metal
MXene
and
others
have
shown
high
potential
for
the
design
fabrication
of
various
sensors
biosensors
due
to
their
2D
layered
structure
unique
properties.
Compared
traditional
fluorescent,
electrochemical,
electrical
biosensors,
colorimetric
exhibit
several
advantages
including
naked-eye
determination,
low
cost,
quick
response,
easy
fabrication.
In
this
review,
we
present
recent
advances
in
design,
fabrication,
applications
material-based
high-performance
biosensors.
Potential
sensing
mechanisms
optimal
material
selection
well
sensor
are
introduced
brief.
addition,
based
on
different
dichalcogenide/oxide,
MXenes,
metal-organic
frameworks,
nanoplates
sensitive
detection
DNA,
proteins,
viruses,
small
molecules,
metallic
ions,
presented
discussed
detail.
This
work
will
be
helpful
readers
understand
knowledge
modification,
nanozymes,
synthesis
hybrid
materials;
meanwhile,
it
could
valuable
promote
bioanalysis
disease
diagnostics.
ACS Nano,
Journal Year:
2021,
Volume and Issue:
15(6), P. 9299 - 9327
Published: May 24, 2021
Photonic
crystals
(PhCs)
display
photonic
stop
bands
(PSBs)
and
at
the
edges
of
these
PSBs
transport
light
with
reduced
velocity,
enabling
PhCs
to
confine
manipulate
incident
enhanced
light–matter
interaction.
Intense
research
has
been
devoted
leveraging
optical
properties
for
development
sensors
bioassays,
diagnosis,
environmental
monitoring.
These
applications
have
furthermore
benefited
from
inherently
large
surface
area
PhCs,
giving
rise
high
analyte
adsorption
wide
range
options
structural
variations
leading
Here,
we
focus
on
bottom-up
assembled
review
significant
advances
that
made
in
their
use
as
label-free
sensors.
We
describe
potential
point-of-care
devices
include
design,
constituent
materials,
fabrication
strategy,
sensing
working
principles.
thereby
classify
them
according
five
principles:
refractive
index
variations,
by
lattice
spacing
fluorescence
spectroscopy,
surface-enhanced
Raman
configuration
transitions.
Abstract
Optofluidic,
as
an
emerging
technology
that
combines
photons
and
microfluidics,
has
become
a
powerful,
intelligent,
universal
sensing
platform
in
the
field
of
bio‐chemical
sensing.
Optical
fiber
optofluidic
(OFOF),
branch
technology,
stimulated
host
remarkable
achievements
due
to
its
superiority
compact
structure,
immunity
electromagnetic
interference,
low
sample
consumption,
high
sensitivity,
real‐time
dynamic
response.
In
this
paper,
overview
OFOF
sensors
is
presented.
The
system
architectures
are
introduced
some
advanced
functional
materials
coating
technologies
can
be
utilized
achieve
high‐performance
biochemical
summarized.
Research
progress
current
status
based
on
various
mechanisms
summarized
analyzed,
with
emphases
their
principles,
structures,
applications,
advantages,
disadvantages.
Lastly,
existing
challenges
future
development
trends
briefly
discussed.
Chemical Reviews,
Journal Year:
2022,
Volume and Issue:
122(15), P. 12748 - 12863
Published: June 17, 2022
Nanomaterials
(NMs)
with
unique
structures
and
compositions
can
give
rise
to
exotic
physicochemical
properties
applications.
Despite
the
advancement
in
solution-based
methods,
scalable
access
a
wide
range
of
crystal
phases
intricate
is
still
challenging.
Solid-state
reaction
(SSR)
syntheses
have
high
potential
owing
their
flexibility
toward
multielemental
under
feasibly
temperatures
solvent-free
conditions
as
well
scalability
simplicity.
Controlling
nanoscale
features
through
SSRs
demands
strategic
nanospace-confinement
approach
due
risk
heat-induced
reshaping
sintering.
Here,
we
describe
advanced
SSR
strategies
for
NM
synthesis,
focusing
on
mechanistic
insights,
novel
phenomena,
underlying
principles
using
series
examples
different
categories.
After
introducing
history
classical
SSRs,
key
theories,
definitions
central
topic,
categorize
various
modern
based
surrounding
solid-state
media
used
nanostructure
growth,
conversion,
migration
nanospace
or
dimensional
confinement.
This
comprehensive
review
will
advance
quest
new
materials
design,
