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.
Computers, materials & continua/Computers, materials & continua (Print),
Journal Year:
2023,
Volume and Issue:
76(2), P. 2179 - 2200
Published: Jan. 1, 2023
Indonesia
is
a
producer
in
the
fisheries
sector,
with
production
reaching
14.8
million
tons
2022.
The
potential
of
sector
can
be
optimally
optimized
through
aquaculture
management.
One
most
important
issues
management
how
to
efficiently
control
fish
pond
water
conditions.
IoT
technology
applied
support
monitoring
system,
especially
for
catfish
species
(Siluriformes),
real-time
and
remotely.
technologies
that
provide
this
convenience
IoT.
problem
study
integrate
devices
Firebase’s
cloud
data
system
reliable
precise
data,
which
makes
it
easy
cultivators
monitor
fishpond
conditions
real
time
use
3
parameters:
(1)
temperature;
(2)
pH
level;
(3)
turbidity
level
water.
temperature
sensors,
are
integrated
microcontroller
Wi-Fi
module.
Data
from
sensor
readings
sent
Firebase
via
module
so
accessed
by
end
users
an
Android-based
mobile
app.
findings
IoT-based
device
has
low
error
rate
measuring
temprature,
pH,
percentage
1.75%,
1.94%
9.78%,
respectively.
Overall,
total
average
three
components
4.49%;
cost
analysis,
cost-effectiveness
94.21%
compared
labor
costs.
An
using
effectively
used
as
remotely
contribute
providing
produces
valid
precise,
implement,
low-cost
system.
Frontiers in Genetics,
Journal Year:
2024,
Volume and Issue:
15
Published: Sept. 19, 2024
Cyprinid
species
are
the
most
cultured
aquatic
around
world
in
terms
of
quantity
and
total
value.
They
account
for
25%
global
aquaculture
production
significantly
contribute
to
fulfilling
demand
fish
food.
The
these
is
facing
severe
concerns
seed
quality,
rising
feed
costs,
disease
outbreaks,
introgression
exotic
species,
environmental
impacts,
anthropogenic
activities.
Numerous
researchers
have
explored
biological
issues
potential
methods
enhance
cyprinid
aquaculture.
Selective
breeding
extensively
employed
specific
traits
like
growth
resistance.
In
this
context,
we
discussed
efforts
made
improve
important
practices
through
genetic
genomic
approaches.
recent
advances
DNA
sequencing
technologies
tools
revolutionized
understanding
research.
generation
a
complete
genome
other
resources
has
strengthened
molecular-level
investigations
into
resistance,
growth,
reproduction,
adaptation
changing
environments.
We
conducted
comprehensive
review
research
encompassing
genome,
transcriptome,
proteome,
metagenome,
epigenome,
etc.
This
reveals
that
considerable
data
been
generated
species.
However,
seamless
integration
valuable
selection
programs
yet
be
achieved.
upcoming
years,
techniques,
gene
transfer,
editing
expected
bring
paradigm
shift
sustainable
production.
information
presented
here
will
offer
insights
community.
Aerosol and Air Quality Research,
Journal Year:
2024,
Volume and Issue:
24(2), P. 230226 - 230226
Published: Jan. 1, 2024
Since
2019,
the
world
has
suffered
from
outbreak
of
"Coronavirus
Disease
(COVID)-19
pandemic.
This
study
used
principle
Ultraviolet
(UV)-C
disinfection
to
produce
a
mobile
high-power
UV-C
sterilizer.
It
focused
on
combining
intelligent
control
systems,
human
sensors,
and
Internet
Things
(IoT)
systems
carry
out
tasks
in
unmanned
indoor
spaces.
Because
its
nature,
sterilizer
could
be
moved
at
any
time
various
learning,
research,
activity
rooms
for
disinfection.
In
addition
manually
controlling
sterilizer,
Wi-Fi
or
Narrowband
(NB)-IoT-enabled
remote
was
provided
start
process.
order
prevent
ultraviolet
light
harming
body,
sensors
were
employed
self-acting
detect
presence
people
turn
off
when
detected
area.
At
same
time,
camera
would
capture
an
image
notify
relevant
personnel
through
LINE
notification,
body
being
exposed
light,
causing
harm
teachers
students
campus.
During
operation,
voice
broadcast
reminders
status
indicator
provide
information
about
operation
status.
After
disinfection,
users
view
process
device
application
webpage,
which
automatically
notification.
this
way,
progress
updated
anytime,
anywhere
current
classroom
displayed
real-time,
allowing
campus
teaching
learning
safe
secure
environment.
The
large
yellow
croaker
(Larimichthys
crocea)
is
an
economically
important
marine
aquaculture
fish
in
China.
Diseases
caused
by
iridovirus
infection
have
led
to
severe
economic
losses
the
of
croaker,
restricting
healthy
development
industry.
Studying
immune
response
activated
against
pathogens
can
provide
new
insights
into
disease
prevention
and
control.
This
study
focuses
on
analyzing
comprehensive
mucosal
immune-related
organs
(intestine
gills)
under
from
perspectives
tissue
pathology,
transcriptome,
proteome.
A
analysis
multi-omics
data
histopathological
results
was
conducted
changes
infected
with
at
molecular,
cellular,
organ
levels.
aims
select
genes
related
mechanism
elucidate
molecular
regulatory
mechanisms
immunity,
providing
a
scientific
basis
for
control
diseases.
Journal of Fish Diseases,
Journal Year:
2024,
Volume and Issue:
47(7)
Published: March 24, 2024
Vibrio
alginolyticus
is
the
causative
agent
of
vibriosis,
a
common
bacterial
infection
in
grouper
aquaculture
that
associated
with
development
haemorrhagic
and
non-haemorrhagic
ulcerations
on
fish.
In
present
study,
comparative
proteome
analysis
was
performed
serum
samples
from
Vibrio-resistant
Vibrio-susceptible
grouper.
Samples
were
analysed
using
high-throughput
LC-MS/MS
identified
2770
unique
peptides
corresponded
to
344
proteins.
Subsequent
21
proteins
significantly
up-regulated
resistant
group
compared
control
susceptible
groups.
Those
are
immunostimulatory
effects,
signalling
binding
cascade,
metabolism,
maintaining
tissue
integrity
physiological
condition.
Besides,
potential
protein
biomarkers
related
immune
system
identified,
which
could
be
disease-resistant
phenotype.
These
data
provide
insights
into
underlying
mechanism
hybrid
groupers
upon
sp.
infection.
