Nanomaterials,
Journal Year:
2020,
Volume and Issue:
10(8), P. 1535 - 1535
Published: Aug. 5, 2020
Owing
to
their
superior
fluorescence
performance,
inexpensive
synthesis
and
nontoxic
nature,
carbon
dots
(C-dots)
are
systematically
explored
in
a
variety
of
applications;
this
review,
we
outline
critically
discuss
recent
trends
with
respect
potential
exploitation
criminal
investigation,
forensic
toxicology
anti-counterfeit
interventions.
Capitalising
on
colour-tuneable
behaviour
(in
the
sense
that
they
adopt
different
colours
incident
radiation),
C-dot-based
compositions
ideal
for
visual
enhancement
latent
fingerprints,
affording
improved
contrast
against
multicoloured
patterned
backgrounds.
As
highly
sensitive
selective
optical
nanoprobes,
C-dots
show
excellent
analytical
performance
detecting
biological
compounds,
drugs,
explosives,
heavy
metals
poisonous
reactants.
In
addition,
benefiting
from
versatile
structural
chemical
composition,
can
be
incorporated
into
ink
polymeric
formulations
capable
functioning
as
new
generation
cost-effective
barcodes
security
nanotags
object
authentication
applications.
Translating
these
encouraging
research
outcomes
real-life
innovations
significant
social
economic
impact
requires
an
open,
multidisciplinary
approach
close
synergy
between
materials
scientists,
biologists,
investigators
digital
engineers.
Journal of Controlled Release,
Journal Year:
2020,
Volume and Issue:
326, P. 164 - 171
Published: July 15, 2020
The
situation
of
the
COVID-19
pandemic
reminds
us
that
we
permanently
need
high-value
flexible
solutions
to
urgent
clinical
needs
including
simplified
diagnostic
technologies
suitable
for
use
in
field
and
delivering
targeted
therapeutics.
From
our
perspective
nanotechnology
is
revealed
as
a
vital
resource
this,
generic
platform
technical
tackle
complex
medical
challenges.
It
towards
this
focusing
on
nanomedicine
take
issue
with
Prof
Park's
recent
editorial
published
Journal
Controlled
Release.
Prof.
Park
argued
last
15
years
failed
deliver
promised
innovative
patients
(Park,
K.
beginning
end
hype.
Release,
2019;
305,
221-222
[1].
We,
ETPN
(European
Technology
Platform
Nanomedicine)
[2],
respectfully
disagree.
In
fact,
more
than
50
formulations
currently
market,
approval
3
key
products
(e.
g.
Onpattro,
Hensify
Vyxeos),
have
demonstrated
concretely
able
design
overcome
critical
barriers
conventional
medicine
unique
manner,
but
also
within
cells
new
drug-free
therapeutic
effects
by
using
pure
physical
modes
action,
therefore
make
difference
lives.
Furthermore,
>400
trials
are
expecting
bring
novel
(e.g.
platforms
nucleic
acid
delivery),
alone
or
combination
other
enabling
biotechnologies,
microfluidics,
advanced
materials,
biomaterials,
smart
systems,
photonics,
robotics,
textiles,
Big
Data
ICT
(information
&
communication
technologies)
generally.
However,
agree
"
it
time
examine
sources
difficulty
translation
move
forward
".
But
reaching
goal,
investments
support
promising
should
increase,
not
decrease.
As
recently
encouraged
EMA
its
roadmap
2025,
create
unity
through
common
knowledge
hub
linking
academia,
industry,
healthcare
providers
hopefully
policy
makers
reduce
current
fragmentation
standardization
regulatory
body
landscape.
We
promote
strategy
cross-technology
innovation,
development
high
value
low-cost
solution
answer
unmet
help
most
projects
get
better
faster
clinic.
This
global
vision
one
chose
encourage
fifteen
years.
All
actions
be
taken
clear
view
mind,
without
any
fanfare",
focus
"on
what
matters
real
life",
which
patient
his/her
quality
life.
overview
achievements
serves
reinforce
drive
further
expanding
growing
maturity
healthcare,
accelerating
pace
transformation
great
potential
into
tangible
breakthroughs.
Journal of The Electrochemical Society,
Journal Year:
2020,
Volume and Issue:
167(3), P. 037554 - 037554
Published: Jan. 2, 2020
Nanosensors
are
sensing
devices
with
at
least
one
of
their
dimensions
being
up
to100
nm.
In
the
field
nanotechnology,
nanosensors
instrumental
for
(a)
detecting
physical
and
chemical
changes,
(b)
monitoring
biomolecules
biochemical
changes
in
cells,
(c)
measuring
toxic
polluting
materials
presented
industry
environment.
can
be
classified
according
to
energy
source,
structure
applications.
The
nanostructured
used
manufacturing
such
as:
nanoscale
wires
(capability
high
detection
sensitivity),
carbon
nanotubes
(very
surface
area
electron
conductivity),
thin
films,
metal
oxides
nanoparticles,
polymer
biomaterials.
aim
this
review
is
provide
an
overview
all
classifications
nanosensors,
showing
characteristcs
functioning
mechanisms
among
various
categories.
Biosensors,
Journal Year:
2022,
Volume and Issue:
13(1), P. 40 - 40
Published: Dec. 27, 2022
Biosensors
are
modern
engineering
tools
that
can
be
widely
used
for
various
technological
applications.
In
the
recent
past,
biosensors
have
been
in
a
broad
application
spectrum
including
industrial
process
control,
military,
environmental
monitoring,
health
care,
microbiology,
and
food
quality
control.
also
specifically
monitoring
pollution,
detecting
toxic
elements’
presence,
presence
of
bio-hazardous
viruses
or
bacteria
organic
matter,
biomolecule
detection
clinical
diagnostics.
Moreover,
deep
medical
applications
such
as
well-being
chronic
disease
treatment,
vitro
examination
studies
screening
infectious
diseases
early
detection.
The
scope
expanding
use
is
very
high
owing
to
their
inherent
advantages
ease
use,
scalability,
simple
manufacturing
process.
Biosensor
technology
more
prevalent
large-scale,
low
cost,
enhanced
field.
Integration
nanotechnology
with
has
shown
development
path
novel
sensing
mechanisms
they
enhance
performance
ability
currently
biosensors.
Nanoscale
dimensional
integration
promotes
formulation
rapid
molecules
along
single
biomolecules
where
evaluated
analyzed
critically.
Nanomaterials
nano-biosensors
nanomaterials
commonly
include
nanoparticles,
nanowires,
carbon
nanotubes
(CNTs),
nanorods,
quantum
dots
(QDs).
possess
color
tunability,
sensitivity,
large
surface
area,
carrier
capacity,
stability,
thermal
electrical
conductivity.
current
review
focuses
on
nanotechnology-enabled
biosensors,
fundamentals,
architectural
design.
expands
view
materials
fabricating
probable
Sensors International,
Journal Year:
2021,
Volume and Issue:
2, P. 100130 - 100130
Published: Jan. 1, 2021
Nanosensors
are
now
being
used
to
detect
and
monitor
physical
characteristics
such
as
the
temperature
at
nanoscale,
with
chemical
species
nanoparticles.
It
is
nanoscale
devices
that
transform
quantities
into
signals
detectable
analysable.
in
medical,
pollutant
control,
pathogens
detection,
monitoring
processes
of
manufacturing
transportation
systems.
This
technology
can
identify
specific
cells
molecular
level
deliver
medicine
development
particular
places
body
by
measuring
volume,
concentration,
movement
speed,
gravitational,
electric,
magnetic
forces,
pressure,
temperature,
etc.
paper
briefly
discusses
nanosensors
their
associated
varieties
sensing
techniques,
along
advancements.
Taxonomy
for
industrial
perspectives
recognition
elements
discussed
diagrammatically.
Furthermore,
ten
significant
potentials
identified
discussed.
Therefore,
present
review
work
may
be
a
basis
future
research
find
consolidated
report
on
potential
various
nanosensors.
Macromolecular Materials and Engineering,
Journal Year:
2021,
Volume and Issue:
306(11)
Published: Sept. 16, 2021
Abstract
Since
the
last
decade,
electrospinning
is
garnering
more
attention
in
scientific
research
community,
industries,
applications
like
sensing
(glucose,
H
2
O
,
dopamine,
ascorbic
acid,
uric
neurotransmitter,
etc.),
biomedical
(wound
dressing,
wound
healing,
skin,
nerve,
bone
tissue
engineering,
and
drug
delivery
systems),
water
treatment,
energy
harvesting,
storage
applications.
This
review
paper
provides
a
brief
overview
of
method,
history
electrospinning,
factors
affecting
electrospun
nanofibers,
their
morphology
with
different
materials
composites
(metals,
metal
oxides,
2D
material,
polymers
copolymers,
carbon‐based
materials,
etc.)
used
technique
optical
spinning
parameters.
Moreover,
this
deliberates
application
nanofibers
fibrous
mats
for
(electrochemical,
optical,
fluorescence,
colorimetric,
mechanical,
photoelectric,
mass
sensitive
change,
resistive,
ultrasensitive,
most
illustrative
representations.
In
end,
challenges,
opportunities
new
direction
future
progress
are
also
discussed.
Asian Journal of Pharmaceutical Sciences,
Journal Year:
2020,
Volume and Issue:
16(1), P. 62 - 76
Published: June 4, 2020
There
are
several
therapeutic
approaches
in
type
2
diabetes
mellitus
(T2DM).
When
diet
and
exercise
fail
to
control
hyperglycemia,
patients
forced
start
therapy
with
antidiabetic
agents.
However,
these
drugs
present
drawbacks
that
can
affect
the
course
of
treatment.
The
major
disadvantages
current
oral
modalities
for
treatment
T2DM
mainly
depicted
low
bioavailability
immediate
release
drug,
generating
need
an
increase
frequency
dosing.
In
conjugation
manifestation
adverse
side
effects,
patient
compliance
is
reduced.
Over
past
few
years
nanotechnology
has
found
fertile
ground
development
novel
delivery
potentially
enhance
anti-diabetic
regimes
efficacy.
All
efforts
have
been
targeted
towards
two
main
vital
steps:
(a)
protect
drug
by
encapsulating
it
into
a
nano-carrier
system
(b)
efficiently
gradual
as
well
controllable
manner.
only
limited
number
studies
published
literature
used
