Reviews in Aquaculture,
Journal Year:
2024,
Volume and Issue:
16(3), P. 1266 - 1285
Published: Jan. 29, 2024
Abstract
Reactive
oxygen
species
(ROS),
which
are
key
cellular
signalling
molecules,
reactive
chemicals
containing
oxygen.
Cell
survival
or
death
is
a
critical
issue
in
the
inflammatory
response.
Accumulation
of
ROS
involves
generation
and
scavenging,
determine
homeostasis.
Understanding
roles
modulating
response
fish
vital
for
helping
protect
from
damage
water
pollutants
harsh
environmental
conditions.
ROS‐related
genes
pathways
relatively
conserved
but
vary
among
different
species.
Recent
frequent
incidences
diseases
have
posed
considerable
challenge
to
large‐scale
aquaculture.
important
stress
perception,
integration
diverse
stress‐responsive
networks,
activation
animal
defence
mechanisms,
frequently
occur
during
inflammation
fish.
This
review
summarises
recent
studies
on
Furthermore,
it
examines
relationship
between
may
contribute
understanding
underlying
mechanisms
by
regulate
provide
suggestions
sustainable
development
Toxicology Reports,
Journal Year:
2023,
Volume and Issue:
10, P. 409 - 427
Published: Jan. 1, 2023
Since
several
decades,
we
observe
the
decline
of
various
bird
populations
that
could
be
partly
linked
to
agricultural
intensification
and
use
large
amount
pesticides.
Even
if
triazoles
compounds
are
most
widely
used
fungicides,
their
effects
on
reproductive
parameters
in
birds
not
clearly
known.
In
present
study,
investigated
vitro
8
alone
(propiconazole
(PP,
from
0
10
µM),
prothioconazole
(PT),
epoxiconazole
(Epox),
tetraconazole
(TT),
tebuconazole
(TB),
difenoconazole
(Dif),
cyproconazole
(Cypro),
metconazole
(MC)
(from
1
mM))
male
chicken
functions
by
using
testis
explants,
primary
Sertoli
cells
sperm
samples.
testis,
all
at
higher
concentrations
for
48
h
inhibited
lactate
testosterone
secretion
mostly
association
with
reduced
expression
HSD3B
and/or
STAR
mRNA
levels.
These
data
were
also
associated
increased
nuclear
receptors
Aryl
Hydrocarbon
Receptor
(AHR)
Constitutive
Androstane
(CAR)
levels
except
PP
a
reduction
cell
viability.
When
focusing
parameters,
demonstrated
(MC,
Epox,
Dif,
TB,
TT
Cypro)
0.1
or
mM
either
2,
12
24
min
exposure
decreased
motility
velocity
percentage
spermatozoa
abnormal
morphology.
At
opposite,
dose
dependent
manner
after
2
whereas
no
significant
effect
was
observed
response
PT
whatever
time
exposure.
Moreover,
these
an
increase
production
reactive
oxygen
species
spermatozoa.
Taken
together,
impair
steroidogenesis
semen
potentially
through
AHR
CAR
oxidative
stress,
respectively.All
will
available.
