Molecules,
Journal Year:
2023,
Volume and Issue:
28(6), P. 2663 - 2663
Published: March 15, 2023
The
synthesis,
photophysical
properties,
and
applications
of
highly
fluorescent
phosphorescent
palladium
complexes
are
reviewed,
covering
the
period
2018–2022.
Despite
fact
that
Pd
atom
appears
closely
related
with
an
efficient
quenching
fluorescence
different
molecules,
synthetic
strategies
have
been
recently
optimized
to
achieve
preservation
even
amplification
luminescent
properties
several
fluorophores
after
incorporation.
Beyond
classical
methodologies
such
as
orthopalladation
or
use
emissive
ligands
porphyrins
systems
(for
instance,
biladiene),
new
concepts
AIE
(Aggregation
Induced
Emission)
in
metallacages
coordination-driven
supramolecular
compounds
(CDS)
by
restriction
intramolecular
motions
(RIM),
showing
TADF
(Thermally
Activated
Delayed
Fluorescence),
here
described
analysed.
Without
pretending
be
comprehensive,
selected
examples
areas
fabrication
lighting
devices,
biological
markers,
photodynamic
therapy,
oxygen
sensing
also
reported.
Biosensors,
Journal Year:
2023,
Volume and Issue:
13(2), P. 159 - 159
Published: Jan. 19, 2023
The
common
fluorescent
conjugated
materials
present
weak
or
quenching
luminescent
phenomena
in
the
solid
aggregate
state
(ACQ),
which
limits
their
applications
medicine
and
biology.
In
last
two
decades,
certain
materials,
named
aggregation-induced
emission
(AIE)
have
exhibited
strong
properties
state,
can
overcome
ACQ
phenomenon.
Due
to
intrinsic
properties,
AIE
been
successfully
used
biolabeling,
where
they
not
only
detect
species
of
ions
concentrations
organisms,
but
also
monitor
organisms'
physiological
activity.
addition,
these
kinds
often
non-biological
toxicity.
Thus,
become
some
most
popular
biofluorescent
probe
are
attracting
more
attention.
This
field
is
still
its
early
infancy,
several
open
challenges
urgently
need
be
addressed,
such
as
materials'
biocompatibility,
metabolism,
so
on.
Designing
a
high-performance
material
for
probes
challenging.
this
review,
based
on
molecular
design
concept,
various
with
functional
groups
introduced,
including
tetrastyrene
distilbene
anthracene
triphenylamine
hexaphenylsilole
materials.
according
system
strategy,
donor-acceptor
(D-A)
hydrogen-bonding
reviewed.
Finally,
concept
potential
evolution
trends
discussed.
final
goal
outline
theoretical
scaffold
that
at
same
time
further
development
AIE-based
probes.
Journal of Materials Chemistry A,
Journal Year:
2023,
Volume and Issue:
12(1), P. 153 - 161
Published: Nov. 20, 2023
We
designed
and
realized
a
water-stable
AIE-active
HOF
(HOF-TPE-CN)
with
notably
enhanced
fluorescence
emission
for
achieving
highly
sensitive
selective
sensing
of
mono-nitrophenols
in
water.
Molecules,
Journal Year:
2023,
Volume and Issue:
28(6), P. 2663 - 2663
Published: March 15, 2023
The
synthesis,
photophysical
properties,
and
applications
of
highly
fluorescent
phosphorescent
palladium
complexes
are
reviewed,
covering
the
period
2018–2022.
Despite
fact
that
Pd
atom
appears
closely
related
with
an
efficient
quenching
fluorescence
different
molecules,
synthetic
strategies
have
been
recently
optimized
to
achieve
preservation
even
amplification
luminescent
properties
several
fluorophores
after
incorporation.
Beyond
classical
methodologies
such
as
orthopalladation
or
use
emissive
ligands
porphyrins
systems
(for
instance,
biladiene),
new
concepts
AIE
(Aggregation
Induced
Emission)
in
metallacages
coordination-driven
supramolecular
compounds
(CDS)
by
restriction
intramolecular
motions
(RIM),
showing
TADF
(Thermally
Activated
Delayed
Fluorescence),
here
described
analysed.
Without
pretending
be
comprehensive,
selected
examples
areas
fabrication
lighting
devices,
biological
markers,
photodynamic
therapy,
oxygen
sensing
also
reported.
