Sustainability,
Journal Year:
2024,
Volume and Issue:
16(16), P. 6995 - 6995
Published: Aug. 15, 2024
The
northwest
region
of
Mexico
stands
out
as
one
the
areas
with
greatest
contribution
to
national
aquaculture
industry,
which
has
led
its
producers
reconsider
need
innovate
in
processes
technological
incorporation
sustainable
ways.
Thus,
aim
this
study
was
determine
attitudinal
and
motivational
context
perceived
companies
region,
related
innovation,
competitiveness
support
programmes.
By
means
Likert
scaling,
it
possible
identify
aspects
both
domains
that
would
facilitate
development
innovation
within
aquaculture.
Such
an
escalation
also
showed
intensify
efforts,
participation
state,
public
private
universities,
well
non-governmental
organisations,
develop
strategies
policies
innovative
technologies.
research
design
is
structured
under
a
descriptive-explanatory
approach,
cross-sectional
format,
108
surveys
were
applied.
These
designed
using
scale
validated
McDonald’s
Omega
method,
ω
=
0.773.
Cronbach’s
α
exploratory
factor
analysis
(EFA)
employed,
showing
correlation
between
items
construct
subcategories.
values
covariance
obtained
through
show
56%
have
greater
than
0.05.
This
indicates
there
positive
attitude
motivation
towards
implementation
from
all
three
levels
government.
Comparative Immunology Reports,
Journal Year:
2024,
Volume and Issue:
6, P. 200127 - 200127
Published: Jan. 12, 2024
Selenium
(Se)
is
an
essential
trace
microelement
required
for
the
overall
health
of
humans
and
animals.
The
importance
Se
mainly
related
to
its
participation
in
structure
selenoproteins
with
diverse
biological
functions,
including
antioxidant
defense,
immunity,
thyroid
hormone
metabolism.
functionality
depends
on
chemical
form
(inorganic
organic
Se).
Due
low
toxicity
higher
efficacy,
nanoparticles
(nano-Se)
have
been
recently
applied
aquafeeds
enhance
fish
performance.
New
technological
advances
offered
different
Omics
approaches,
such
as
transcriptomics,
proteomics,
metabolomics,
realize
molecular
mechanisms
underlying
processes.
In
recent
years,
approaches
employed
study
nano-Se
effects
fish.
present
article
summarizes
impacts
supplementation
performance,
then
reviews
qRT-PCR
assay
Omics-based
used
dietary
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(24), P. 16952 - 16952
Published: Dec. 18, 2023
Meeting
the
global
demand
for
aquatic
products
while
maintaining
sustainability
is
a
critical
challenge.
This
review
article
examines
practices
of
land-based
aquaculture
systems
that
could
be
implemented
in
EU,
as
EU
has
not
yet
fully
realized
its
potential
developing
sector.
Therefore,
different
aspects
(aquaculture
systems,
technological
solutions
and
improvements,
best
management
practices)
achieving
sustainable
emphasizes
need
innovation
cooperation
face
increasing
environmental
concerns
resource
constraints.
There
no
one-size-fits-all
solution
intensification
aquaculture.
The
way
forward
requires
combination
improved-upon
complemented
by
better
practices.
broader
application
ecosystem
approach
to
promotion
energy
efficiency
measures
systems.
Aquaculture,
Journal Year:
2023,
Volume and Issue:
576, P. 739862 - 739862
Published: July 4, 2023
In
the
present
study,
gilthead
sea
bream
(Sparus
aurata)
was
reared
using
sustainable
feeds
containing
insect
meal
from
Hermetia
illucens
larvae.
Proteomics
and
proton
nuclear
magnetic
resonance-based
metabolomics
analysis
were
used
to
assess
metabolic
impact
of
tested
in
liver,
whereas
composition
muscle
fillets
characterized
by
means
gas
chromatography
fatty
acid
methyl
esters.
Including
10%
while
correspondingly
reducing
fish
did
not
substantially
alter
metabolism
dietary
nutrients,
leading
small
but
significant
effects
solely
on
lauric
content
fillets.
Furthermore,
a
few
alterations
some
markers
immune
response,
such
as
leukocyte
elastase
inhibitor-like,
granzyme
B
(G,
H)-like,
two
associated
ortholog
groups,
serpin
chymase,
found.
group
fed
with
meal,
liver
morphology
showed
no
structural
damage
or
inflammation
lower
amount
hepatic
lipid
deposition
accumulation.
Aquaculture,
Journal Year:
2024,
Volume and Issue:
590, P. 741045 - 741045
Published: May 7, 2024
Biomarkers
that
give
quantifiable
information
about
disease
development
are
valuable
diagnostic
indicators
providing
opportunities
to
thwart
adverse
outcomes
through
timely
detection
and
initiation
of
countermeasures.
Whereas
human
medicine
already
relies
extensively
on
biomarker
analysis,
their
application
in
the
diagnostics
fish
diseases
is
still
at
a
tentative
beginning.
However,
increased
utilisation
broad-range
analytical
approaches
such
as
untargeted
proteomics
enhances
chances
discover
changes
levels
proteins,
which
connected
health
could
serve
novel
biomarkers.
In
present
study,
proteomic
analysis
accompanied
by
biostatistical
data
processing
was
employed
with
aim
identifying
plasma
candidates
for
onset
heart
skeletal
muscle
inflammation
(HSMI)
caused
Piscine
orthoreovirus
(PRV)-1
infection
Atlantic
salmon.
HSMI
common
viral
threat
welfare
productivity
Norwegian
aquaculture,
so
early
would
allow
intervention
limit
damage.
search
candidates,
salmon
sampled
five
eight
weeks
after
PRV-1
cohabitation
challenge
experiment
from
adequate
control
fish,
analysed
mass
spectrometry-based
proteomics.
The
proteome
dataset
contained
695
proteins
>90%
probability
correct
identification
according
set
cut-off
criteria
peptide
quality.
Time-
condition-related
differences
protein
abundance
were
revealed
multivariate
analysis.
Comparison
identified
significant
using
three
different
models
resulted
short
list
four
potential
biomarkers:
galectin-3-binding
(Gal-3BP),
fucolectin-6,
urokinase
plasminogen
activator
surface
receptor
ryanodine
3.
physiological
functions
described
these
mammals
designate
them
interesting
inflammatory
also
other
species,
pathogenesis
situ-hybridisation
targeting
Gal-3BP
mRNA
tissue
sections
same
trial
showed
upregulation
infected
hearts
compared
controls,
supporting
findings
suggesting
role
heart-
inflammation.
