Journal of Xenobiotics,
Journal Year:
2022,
Volume and Issue:
12(4), P. 344 - 355
Published: Nov. 21, 2022
In
recent
decades,
“environmental
xenobiotic-mediated
endocrine
disruption”,
especially
by
xeno-estrogens,
has
gained
a
lot
of
interest
from
toxicologists
and
environmental
researchers.
These
estrogen-mimicking
chemicals
are
known
to
cause
various
human
disorders.
Pesticides
the
most
heavily
used
harmful
xenobiotic
around
world.
The
potential
widely
organochlorine
pesticides
is
well
established.
However,
their
effect
not
as
clearly
understood
among
plethora
effects
these
persistent
xenobiotics
pose
on
our
physiological
system.
Estrogens
one
principal
risk
modifiers
disorders,
including
cancer,
only
in
women
but
men
well.
Despite
ban
some
parts
world,
humans
still
at
apparent
exposure
they
likely
stay
environment
for
long
time
owing
high
chemical
stability.
present
work
intends
understand
how
may
affect
development
estrogen-mediated
cancer.
Heliyon,
Journal Year:
2023,
Volume and Issue:
9(3), P. e13986 - e13986
Published: Feb. 24, 2023
Pesticide
usage
has
increased
to
fulfil
agricultural
demand.
Pesticides
such
as
organophosphorus
pesticides
(OPPs)
are
ubiquitous
in
world
food
production.
Their
widespread
unavoidable
detrimental
consequences
for
humans,
wildlife,
water,
and
soil
environments.
Hence,
the
development
of
more
convenient
efficient
pesticide
residue
(PR)
detection
methods
is
paramount
importance.
Visual
detecting
approaches
have
acquired
a
lot
interest
among
different
sensing
systems
due
inherent
advantages
terms
simplicity,
speed,
sensitivity,
eco-friendliness.
Furthermore,
various
detections
been
proven
enable
real-life
PR
surveillance
environment
water.
Fluorometric
(FL),
colourimetric
(CL),
enzyme-inhibition
(EI)
techniques
emerged
viable
options.
These
technologies
do
not
need
complex
operating
processes
or
specialist
equipment,
simple
colour
change
allows
visual
monitoring
result.
on-site
water
environments
discussed
this
paper.
This
paper
further
reviews
prior
research
on
integration
CL,
FL,
EI-based
with
nanoparticles
(NPs),
quantum
dots
(QDs),
metal-organic
frameworks
(MOFs).
Smartphone
PRs
also
reviewed.
Finally,
conventional
nanoparticle
(NPs)
based
strategies
compared.
