EFSA Supporting Publications,
Год журнала:
2024,
Номер
21(1)
Опубликована: Янв. 1, 2024
The
European
Food
Safety
Authority
(EFSA)
strives
to
develop
new
methodologies
(quantitative
and
qualitative)
for
assessing
animal
welfare
of
food-producing
animals
by
2027
start
collecting
standardised
good
quality
(AW)
data
2030.In
light
its
vision,
EFSA
identified
the
need
an
action
Roadmap
More
Welfare
project:
towards
risk
assessment
harmonised
in
EU.This
maps
existing
methods,
tools,
collection
activities
different
species
through
literature
review,
desk
research,
online
surveys,
workshops.It
identifies
knowledge
gaps
as
well
challenges
blockers
prevalent
AW
assessment.In
doing
so,
roadmap
points
research
areas
that
require
further
development
(i.e.,
working
areas),
but
also
highlights
collaboration
opportunities
priority
strategies
(actions
project
proposals)
necessary
achieving
EFSA's
vision.Seven
were
discussed
with
external
experts
during
virtual
workshops,
touching
upon
definition
welfare,
indicators
tools
assessment,
frameworks
assess
and/or
prioritise
issues.Finally,
formulates
five
proposals,
each
them
presenting
high-level
recommendations
on
multi-annual
multipartner
projects
experts,
supported
a
SWOT
analysis.
Animals,
Год журнала:
2024,
Номер
14(7), С. 1021 - 1021
Опубликована: Март 27, 2024
The
use
of
alternative
proteins
is
becoming
more
common
in
pet
feed,
and
insect-based
dog
foods
(IBDFs)
are
widely
available.
However,
little
research
has
been
conducted
to
date
respect
the
drivers
for
consumers’
acceptance
IBDF.
This
study
aimed
investigate
IBDF
among
adult
UK
owners
factors
influencing
decision
try
buy
such
products.
A
theoretical
model
was
developed
following
a
review
existing
literature.
An
online
survey
280
participants
carried
out
results
were
analysed
using
structural
equation
modelling
(SEM)
test
model.
constructs
all
had
significant
impact
on
attitudes
towards
and/or
intentions
IBDF:
food
preferences
animal
welfare,
health
environment;
uses
animals;
beliefs
about
insect
sentience;
disgust;
perceptions
benefits
risks;
social
norms.
Social
norms
strongest
influence
any
single
construct.
Consumer
multi-faceted
including
social,
cultural
ethical
components,
it
likely
that
better
availability
information
opportunities
consumers
familiarise
themselves
with
would
help
drive
consumer
acceptance.
In
order
allow
make
informed
decisions
line
their
preferences,
further
needed
establish
overall
welfare
implications
animals
involved
production,
as
well
companion
animals,
who
ultimate
consumers.
Entomologia Experimentalis et Applicata,
Год журнала:
2024,
Номер
unknown
Опубликована: Ноя. 14, 2024
Abstract
Insect
production
for
food
and
feed
presents
a
promising
supplement
to
ensure
safety
address
the
adverse
impacts
of
agriculture
on
climate
environment
in
future.
However,
optimisation
is
required
insect
realise
its
full
potential.
This
can
be
by
targeted
improvement
traits
interest
through
selective
breeding,
an
approach
which
has
so
far
been
underexplored
underutilised
farming.
Here,
we
present
comprehensive
review
breeding
framework
context
production.
We
systematically
evaluate
adjustments
techniques
realm
insects
highlight
essential
components
integral
process.
The
discussion
covers
every
step
conventional
scheme,
such
as
formulation
objectives,
phenotyping,
estimation
genetic
parameters
values,
selection
appropriate
strategies,
mitigation
issues
associated
with
diversity
depletion
inbreeding.
combines
knowledge
from
diverse
disciplines,
bridging
gap
between
animal
quantitative
genetics,
evolutionary
biology
entomology,
offering
integrated
view
research
area
uniting
previously
remained
scattered
across
fields
expertise.
NJAS Impact in Agricultural and Life Sciences,
Год журнала:
2023,
Номер
95(1)
Опубликована: Март 22, 2023
Insect
farming
for
animal
feed
production
is
considered
a
promising
alternative
to
the
traditional
manufacturing
sector,
because
of
its
low
ecological
footprint
and
circular
use
required
resources.
However,
treating
insects
as
mini-livestock
accompanied
by
various
questions
on
suitable
rearing
conditions
needed
achieve
high-quality
products,
while
considering
insect
welfare.
Although
there
are
concepts
which
have
long
served
compass
welfare
regulations,
these
been
under
increasing
criticism.
Also,
they
drawn
up
vertebrate
animals
are,
therefore,
not
entirely
applicable
insects.
We
hold
that
development
commonly
accepted
methods
keeping
demands
deep
knowledge
biology
dynamic
discussion
plead
an
evaluation
relevant
ethical
empirical
aspects
establishing
criteria
based
evaluations.
By
addressing
several
uncertainties
from
interdisciplinary
perspective
entomology,
ethics
philosophy
mind,
we
argue
taking
into
account
current
could
aid
in
emergence
novel,
well-informed
integrated
Ultimately,
our
goal
trace
necessary
biological
factors
designing
implementable
appropriate
conditions,
order
avoid
mistakes
historically
made
systems.
Socio-economic
challengesIncineration
and
a
strict
limitation
of
mycotoxin-contaminated
commodities
is
not
always
an
option
due
to
e.g.
country's
socio-economic
status
(Nji
et
al.
2022;Van
Egmond
2002).Cereal
crops
like
maize
are
highly
susceptible
for
mycotoxin
contamination,
but
often
staple
foods
in
sub-Saharan
African
countries
amongst
the
main
cash
2022).Good
quality,
non-contaminated
exported,
leaving
poor-quality
home
consumption
or
sale
informal
sector
(Meijer
2021b;
PACA
2020).As
mainly
upper
middle,
lower
low-income
very
poor
populations
make
use
sector,
legal
measures
may
lead
food
insecurity
promote
situation
where
complying
limits
available
at
premium
price.'Safe'
(non-mycotoxincontaminated)
become
luxury
product
solely
affordable
more
wealthy,
resulting
inequality
expected
higher
disease
burden
income
households
(Leroy
2015).Furthermore,
regulatory
entities
have
focused
their
attention
on
organised
formal
sector.This
made
enforcement
standards
challenging,
as
responsible
majority,
e.g.90%
Kenya,
transaction
supply
(Mutegi
2018).In
order
limit
impact
contamination
security
well
waste
management
practices,
implementation
safe
circular
system
urgently
needed.
The
large-scale
insect
rearing
sector
is
expected
to
grow
significantly
in
the
next
few
years,
with
Hermetia
illucens
L.
(black
soldier
fly,
BSF)
playing
a
pivotal
role.
As
traditional
livestock,
it
essential
improve
and
ensure
BSF
welfare.
A
starting
point
can
be
an
adaptation
of
Five
Freedoms
framework.
Feed
availability
must
optimized
meet
larvae
nutritional
needs
(freedom
from
hunger)
while
maximizing
substrate
conversion
efficiency.
Similarly,
density
well-being,
particularly
operations.
In
this
study,
Control
(commercial
laying
hen
feed)
Omnivorous
substrates
(vegetable
meat)
were
used
as
dietary
regimes.
first
trial,
three
feeding
rates
tested:
50,
100,
200
mg
feed/larva/day;
second
densities
evaluated:
5,
10,
15
larvae/cm2.
Performance
parameters,
including
final
larval
weight,
frass
biomass,
growth
rate,
reduction,
feed
ratio,
length,
survival
chemical
composition,
process
optimization,
studied.
Our
results
show
that
rate
approximately
90
feed/larva/day
diet
175
diet,
along
5
7.57
larvae/cm2,
respectively,
diets,
produced
optimal
performances
ensuring
well-being.
This
outcome
offers
valuable
insights
for
implementing
good
welfare
practices
farming
optimizing
management
Journal of Invertebrate Pathology,
Год журнала:
2023,
Номер
198, С. 107934 - 107934
Опубликована: Май 9, 2023
Temperature
is
an
important
abiotic
factor
influencing
the
survival
and
fitness
of
pathogens
as
well
their
hosts.
We
investigated
effect
three
temperatures
(18
°C,
27
°C
37
°C)
on
performance
black
soldier
fly
larvae
(BSFL),
Hermetia
illucens
L.,
upon
infection
by
entomopathogenic
Gram-negative
bacterium,
Pseudomonas
protegens
Pf-5.
The
different
pathogen
was
both
in
vivo
vitro.
Pathogen
under
exposure
to
insect
antimicrobial
peptide
cecropin
at
using
radial-diffusion
plate
assays.
Higher
rearing
resulted
higher
larval
survival,
increased
weight,
inhibitory
activity
against
P.
At
temperature,
bacterial
growth,
vitro,
reduced,
resulting
BSFL
survival.
These
observations
collectively
indicate
temperature
host-pathogen
interactions
possibility
apply
treatment
reducing
entomopathogen
effects
BSFL.