Vaccines,
Год журнала:
2024,
Номер
12(7), С. 732 - 732
Опубликована: Июль 1, 2024
Aquaculture
has
rapidly
emerged
as
one
of
the
fastest
growing
industries,
expanding
both
on
global
and
national
fronts.
With
ever-increasing
demand
for
proteins
with
a
high
biological
value,
aquaculture
industry
established
itself
most
efficient
forms
animal
production,
proving
to
be
vital
component
food
production
by
supplying
nearly
half
aquatic
products
intended
human
consumption.
As
in
classic
prevention
diseases
constitutes
an
enduring
challenge
associated
severe
economic
environmental
repercussions.
Nevertheless,
remarkable
strides
development
vaccines
have
been
recently
witnessed,
offering
sustainable
solutions
persistent
health-related
issues
challenging
resilient
production.
These
advancements
are
characterized
breakthroughs
increased
species-specific
precision,
improved
vaccine-delivery
systems,
innovations
vaccine
development,
following
recent
advent
nanotechnology,
biotechnology,
artificial
intelligence
-omics
era.
The
objective
this
paper
was
assess
developments
milestones
revolving
around
vaccinology
provide
updated
overview
strengths,
weaknesses,
opportunities,
threats
sector,
incorporating
comparatively
discussing
various
diffuse
advances
that
span
across
wide
range
topics,
including
emerging
technologies,
innovative
delivery
methods,
insights
novel
adjuvants,
parasite
sector.
Aquacultural Engineering,
Год журнала:
2023,
Номер
103, С. 102360 - 102360
Опубликована: Авг. 19, 2023
The
Aquaculture
industry
is
a
sector
that
faces
difficulties
in
maintaining
high-quality
production
of
food
sustainable
way
due
to
the
technological
limitations
commercial
tools
and
lack
integration
systems
sensors
can
monitor
environmental
variables
physiological
characteristics
animals.
In
most
aquaculture
farms,
human
operators
are
still
responsible
for
collecting
data
manually
over
long
time
intervals.
this
way,
management
decision-making
depends
on
operator's
experience
be
negatively
affected
by
subjectivity.
application
Industry
4.0
concepts
collect
store
real
using
interconnected
other
automated
equipment
allows
increase
accuracy
farm's
operation
support
faster
evidence-based
decisions.
This
work
presents
an
overview
some
4.0-based
approaches
used
improve
quality,
productivity
sustainability
industry.
Initially,
definition
main
presented
as
well
consequences
its
implementation
improvement
general
industrial
processes.
Following
that,
current
scenario
terms
global
supported
intelligent
results
presented.
next
sections,
specific
technologies
such
camera
animal
monitoring,
sensing
networks
IoT
collect,
transmit
data,
devices
activities
monitoring
tasks,
interpretation
modern
strategies
hard-to-monitor
parameters
detailed.
review
article
shows
feasibility
aforementioned
and,
advantages,
it
believed
widespread
use
fill
existing
gaps
field
research
years.
Aquaculture and Fisheries,
Год журнала:
2023,
Номер
9(2), С. 206 - 217
Опубликована: Янв. 21, 2023
China
has
been
the
top
aquaculture
producer
in
world
since
2002.
Over
800
species
and
240
improved
varieties
have
used
China's
aquaculture,
which
is
most
diverse
collection
of
on
this
planet.
Species
diversification,
along
with
other
technologies,
contributes
significantly
to
increase
production,
whereas
use
too
many
resulted
some
issues
related
environment
sustainability.
We
provide
an
updated
overview
currently
Chinese
paper.
examine
critically
main
drivers
diversification
examples.
also
introduce
approaches
improve
certify
new
for
commercial
production.
believe
that
further
not
a
priority
while
improvement
technologies
major
native
essential
green,
profitable,
sustainable
(GPS)
aquaculture.
The
implications
experiences
global
are
discussed.
Reviews in Aquaculture,
Год журнала:
2023,
Номер
16(2), С. 836 - 854
Опубликована: Окт. 30, 2023
Abstract
In
recent
years,
aquaculture
has
seen
tremendous
growth
worldwide
due
to
technological
advancements,
leading
research
and
development
of
various
innovations.
Aquaculture
farmers
prioritise
early
diagnosis
for
timely
treatment
achieve
better
productive
economic
performance.
Aquatic
animal
health
experts
still
employ
traditional
diagnostic
methods
using
visual
diagnosis,
cell
culture,
media
histopathology
serology.
However,
the
developments
technologies
in
aquamedicine,
such
as
sequencing,
biosensors
CRISPR,
have
enabled
rapid
disease
detection
within
minutes.
Furthermore,
integrating
sensors,
drones,
artificial
intelligence
internet
farm
monitoring
helped
take
decisive
actions
improve
production.
Advancements
techniques
significantly
enhanced
efficient
bacterial,
viral,
parasitic
fungal
diseases
aquatic
animals.
Moreover,
water
quality,
behaviour
on
farms
become
exceptionally
streamlined
with
cutting‐edge
tools
like
sensors
intelligence.
Summarising
aids
technology
adoption
aquaculture.
With
these
advanced
technologies'
continued
developed
countries,
industry
is
experiencing
increased
efficiency,
benefiting
consumers
regions.
educators
developing
countries
lack
information
about
technologies.
Training
agricultural
dissemination
knowledge
through
advertising
publication
collaboration
companies
essential.
This
review
delves
into
emerging
capable
replacing
conventional
utilised
We
also
explore
their
strengths,
limitations
potential
future
applications
settings.
Journal of Food Quality,
Год журнала:
2023,
Номер
2023, С. 1 - 11
Опубликована: Фев. 7, 2023
The
growth
of
the
fish
is
influenced
by
a
variety
scientific
factors.
So,
profit
can
be
easily
achieved
using
some
clever
techniques,
for
example,
maintaining
correct
pH
level
along
with
dissolved
oxygen
(DO)
and
temperature,
as
well
turbidity
good
fish.
Fully
grown
are
generally
sold
at
price
because
in
market
governed
weight
size
nurtured
Artificial
intelligence
(AI)-based
systems
may
created
to
regulate
key
water
quality
factors
including
salinity,
oxygen,
pH,
temperature.
software
programme
operates
on
an
application
server
connected
multiparameter
meters
this
system.
This
study
examines
smart
farming
methods
that
show
how
complicated
science
technology
simplified
use
seafood
production.
research
focuses
artificial
culture
setting.
technical
specifics
DL
approaches
used
which
includes
data
algorithms
performance
was
also
examined.
In
nutshell,
our
goal
provide
academics
practitioners
better
understanding
current
state
art
implementation
aquaculture,
will
help
them
deploy
applications
their
benefits.
Reviews in Fisheries Science & Aquaculture,
Год журнала:
2022,
Номер
31(1), С. 103 - 118
Опубликована: Июнь 22, 2022
A
smart
aquaculture
management
system
(SAMS)
based
on
the
Internet
of
Things
(IoT)
has
recently
gained
much
attention
for
fulfilling
growing
demand
products.
The
SAMS
uses
cutting-edge
sensing
technologies
with
a
modern
networking
to
continuously
monitor
water
quality,
animal
health,
and
feeding
behavior
improve
production
yield.
This
review
aims
comprehensively
summarize
discussed
recent
advancements
in
IoT-based
technologies,
e.g.,
sensors
nodes,
software
interfacing,
artificial
intelligence,
cloud
computing,
storage,
develop
reliable
robust
small-
large-scale
modules.
future
perspective
section
is
included
at
end
this
recommend
needed
research
be
done
scale
up
related
digital
application
farms.
knowledge
thorough
can
useful
scientific
community
needful
modifications
IoT
existing
farmers
adopt
improving
benefit-cost
ratios.
Reviews in Aquaculture,
Год журнала:
2023,
Номер
16(1), С. 271 - 286
Опубликована: Июнь 1, 2023
Abstract
Aquaculture
is
an
important
sector
for
ensuring
global
food
security.
Due
to
the
scarcity
of
freshwater
available
expanding
aquaculture,
development
omnivorous
fish
species
and
varieties
that
can
tolerate
high
salinity
will
enhance
production.
Some
tilapia
are
good
candidates
aquaculture
in
brackish
seawater
because
they
grow
salinity.
Among
species,
Oreochromis
mossambicus
,
aureus
spilurus
urolepis
hornorum
Sarotherodon
galilaeus
Coptodon
zillii
most
salinity‐tolerant.
Hybrids
derived
from
salinity‐tolerant
tolerant
a
certain
level
They
have
been
used
production
water
full
seawater.
Conventional
selective
breeding
has
applied
increase
growth
rate
tilapias.
However,
their
lower
than
niloticus
.
Recently,
many
genomic
resources
tools
developed
tilapia.
Quantitative
trait
locus
(QTL)
mapping
genome‐wide
association
studies
(GWAS)
economic
traits,
including
tolerance
other
desired
carried
out
molecular
superior
lines.
In
this
review,
we
systematically
analysed
be
cultured
saltwater.
We
summarized
previous
works
conventional
pointed
few
known
potential
challenges
culture
rapid
advances
disruptive
technologies,
optimistic
novel
approaches
significantly
