The Analyst,
Journal Year:
2021,
Volume and Issue:
146(22), P. 6684 - 6725
Published: Jan. 1, 2021
Detection
and
recognition
of
chemical
biological
species
via
sensor
electronics
are
important
not
only
for
various
sensing
applications
but
also
fundamental
scientific
understanding.
In
the
past
two
decades,
devices
using
one-dimensional
(1D)
nanowires
have
emerged
as
promising
powerful
platforms
electrical
detection
biologically
relevant
molecules
due
to
their
superior
performance,
long-term
stability,
ultra-low
power
consumption.
This
paper
presents
a
comprehensive
overview
recent
progress
achievements
in
1D
nanowire
synthesis,
working
principles
nanowire-based
sensors,
analytes
recognition.
addition,
some
critical
issues
that
hinder
practical
electronics,
including
device
reproducibility
selectivity,
consumption,
will
be
highlighted.
Finally,
challenges,
perspectives,
opportunities
developing
advanced
innovative
featured.
Journal of Physics D Applied Physics,
Journal Year:
2021,
Volume and Issue:
55(15), P. 153001 - 153001
Published: Dec. 7, 2021
Abstract
Cancer
is
an
incurable
disease,
and
the
treatment
process
extremely
painful.
Early
detection
may
ease
prevent
cancer
from
spreading
beyond
primary
disease
area.
However,
conventional
screening
tests
have
long
times
lack
required
sensitivity
for
early
detection.
Consequently,
traditional
biosensors,
including
amplification
refractory
mutation
system,
digital
polymerase
chain
reaction,
next
generation
sequencing,
western
blot,
electrochemical,
mechanical
been
studied
in
recent
years.
Specifically,
field
effect
transistor
(FET)
are
attractive
pocketable
devices
with
short
time
capabilities.
Because
FET
biosensors
outstanding
electrical
properties,
their
efficacy
of
cancer.
Traditional
methods
biomarkers
include
use
biomarkers,
especially
gene,
antigen,
protein
characteristics.
This
review
presents
latest
strategies
applications
biosensing
compares
advantages
disadvantages
regarding
sensing
principle,
configuration,
performance.
Especially,
which
antibodies,
nucleic
acids,
proteins
highlighted.
Mechanical
properties
on
performance
discussed.
provides
a
guiding
role
design
development
FET-based
biosensors.
InfoMat,
Journal Year:
2023,
Volume and Issue:
5(2)
Published: Jan. 2, 2023
Abstract
As
the
COVID‐19
pandemic
evolves
and
new
variants
emerge,
development
of
more
efficient
identification
approaches
is
urgent
to
prevent
continuous
outbreaks
SARS‐CoV‐2.
Field‐effect
transistors
(FETs)
with
two‐dimensional
(2D)
materials
are
viable
platforms
for
detection
virus
nucleic
acids
(NAs)
but
cannot
yet
provide
accurate
information
on
NA
variations.
Herein,
2D
Indium
selenide
(InSe)
FETs
were
used
identify
SARS‐CoV‐2
variants.
The
device's
mobility
stability
ensured
by
atomic
layer
deposition
(ALD)
Al
2
O
3
.
resulting
exhibited
sub‐fM
limits
ranging
from
10
–14
M
–
8
M.
recognition
single‐nucleotide
variations
was
achieved
within
15
min
enable
fast
direct
two
core
mutations
(L452R,
R203M)
in
Delta
genomes
(
p
<
0.01).
Such
capability
originated
trap
states
oxidized
InSe
(InSe
1−
x
)
after
ALD,
traps‐involved
carrier
transport
responsive
negative
charges
NAs.
In
sum,
proposed
approach
might
highly
epidemiological
timely
surveillance
COVID
pandemic.
image
Faraday Discussions,
Journal Year:
2024,
Volume and Issue:
250, P. 9 - 42
Published: Jan. 1, 2024
While
a
substantial
amount
of
research
activity
has
been
conducted
in
fields
related
to
organic
photonics
and
electronics,
including
the
development
devices
such
as
field-effect
transistors,
photovoltaics,
light-emitting
diodes
for
applications
encompassing
thermoelectrics,
batteries,
excitonic
materials
photochemical
optoelectronic
applications,
this
perspective
review
will
primarily
concentrate
on
emerging
rapidly
expanding
domain
bioelectronics
neuromorphics.
Here
we
present
most
recent
findings
transistors
capable
sensing
biological
biomarkers
down
at
single-molecule
level
(
