Chemical Reviews,
Journal Year:
2018,
Volume and Issue:
118(24), P. 11707 - 11794
Published: Dec. 14, 2018
Cellular
signaling
networks
are
the
foundation
which
determines
fate
and
function
of
cells
as
they
respond
to
various
cues
stimuli.
The
discovery
fluorescent
proteins
over
25
years
ago
enabled
development
a
diverse
array
genetically
encodable
biosensors
that
capable
measuring
spatiotemporal
dynamics
signal
transduction
pathways
in
live
cells.
In
an
effort
encapsulate
breadth
have
expanded,
we
endeavored
assemble
comprehensive
list
published
engineered
biosensors,
discuss
many
molecular
designs
utilized
their
development.
Then,
review
how
high
temporal
spatial
resolution
afforded
by
has
aided
our
understanding
regulation
at
cellular
subcellular
level.
Finally,
highlight
some
emerging
areas
research
both
biosensor
design
applications
on
forefront
Advanced Materials,
Journal Year:
2020,
Volume and Issue:
32(10)
Published: Jan. 29, 2020
Abstract
Humans
are
undergoing
a
fateful
transformation
focusing
on
artificial
intelligence,
quantum
information
technology,
virtual
reality,
etc.,
which
is
inseparable
from
intelligent
nano–micro
devices.
However,
the
booming
of
“Big
Data”
brings
about
an
even
greater
challenge
by
growing
electromagnetic
radiation.
Herein,
innovative
flexible
multifunctional
microsensor
proposed,
opening
up
new
horizon
for
It
integrates
“non‐crosstalk”
multiple
perception
and
green
interference
shielding
only
in
one
pixel,
with
satisfactory
sensitivity
fast
feedback.
Importantly,
beneficial
deep
insight
into
variable‐temperature
response,
tactfully
transforms
urgent
threat
radiation
“wealth,”
further
integrating
self‐power.
This
result
will
refresh
researchers'
realization
next‐generation
devices,
ushering
direction
aerospace
engineering,
remote
sensing,
communications,
medical
treatment,
biomimetic
robot,
prosthetics,
etc.