Bhartiya Krishi Anusandhan Patrika,
Journal Year:
2024,
Volume and Issue:
Of
Published: June 3, 2024
Pesticides,
whether
naturally
occurring
or
chemically
synthesized,
serve
to
combat
various
pests
across
sectors
such
as
food
production,
forestry,
agriculture,
and
aquaculture,
but
they
also
pose
risks
of
toxicity
ecosystems.
The
World
Health
Organization
classifies
pesticides
based
on
their
harmful
effects,
underscoring
the
importance
public
health
considerations.
By
employing
them
judiciously
understanding
categorization,
usage
can
be
minimized
for
benefit
both
human
environment.
This
review
examines
global
perspectives
pesticides,
including
distribution
environmental
impacts,
while
literature
highlights
potential
uses,
classification
adverse
effects
natural
systems,
water,
plants,
preservation.
Additionally,
eco-friendly
management
strategies,
like
bacterial
degradation,
myco-remediation,
phytoremediation,
microalgae-based
bioremediation,
are
discussed
green
solutions
mitigate
pesticide
pollution.
identification
potent
microbes,
novel
genes
biotechnological
applications
waste
is
crucial
fostering
a
sustainable
bioRxiv (Cold Spring Harbor Laboratory),
Journal Year:
2024,
Volume and Issue:
unknown
Published: Jan. 26, 2024
Global
agricultural
production
is
sustained
by
an
elevated
use
of
pesticides.
Their
application
in
crops
results
environmental
contamination,
which
demonstrated
widespread
detections
these
chemicals
aquatic
ecosystems.
This
presence
poses
a
risk
to
non-target
organisms
and
ecological
balance
since
the
effects
potential
exposure
are
misunderstood.
Epoxiconazole
(EPX)
widely
employed
triazole
fungicide,
has
been
frequently
reported
as
contaminant
superficial
waters.
However,
behavioral
EPX
such
fish
remain
unexplored.
We
aimed
investigate
on
biochemical
outcomes,
using
zebrafish
model
organism.
For
this
purpose,
static
system
was
set
with
concentrations
(24,
144,
240
μg/L)
based
fungicide
detection.
The
novel
tank
test
(NTT)
performed
after
96
h
exposure.
social
preference
(SPT)
executed
120
h,
well
assays.
In
NTT,
animals
increased
distance
traveled,
crossings,
entries
top
area,
mean
speed,
indicating
hyperlocomotion.
No
significant
were
observed
SPT
analyses.
suggest
that
locomotion
related
stimulant
properties
EPX.
Our
contribute
in-depth
understanding
zebrafish,
essential
for
contamination
monitoring
management.
Bhartiya Krishi Anusandhan Patrika,
Journal Year:
2024,
Volume and Issue:
Of
Published: June 3, 2024
Pesticides,
whether
naturally
occurring
or
chemically
synthesized,
serve
to
combat
various
pests
across
sectors
such
as
food
production,
forestry,
agriculture,
and
aquaculture,
but
they
also
pose
risks
of
toxicity
ecosystems.
The
World
Health
Organization
classifies
pesticides
based
on
their
harmful
effects,
underscoring
the
importance
public
health
considerations.
By
employing
them
judiciously
understanding
categorization,
usage
can
be
minimized
for
benefit
both
human
environment.
This
review
examines
global
perspectives
pesticides,
including
distribution
environmental
impacts,
while
literature
highlights
potential
uses,
classification
adverse
effects
natural
systems,
water,
plants,
preservation.
Additionally,
eco-friendly
management
strategies,
like
bacterial
degradation,
myco-remediation,
phytoremediation,
microalgae-based
bioremediation,
are
discussed
green
solutions
mitigate
pesticide
pollution.
identification
potent
microbes,
novel
genes
biotechnological
applications
waste
is
crucial
fostering
a
sustainable
