Scientific Reports,
Год журнала:
2024,
Номер
14(1)
Опубликована: Ноя. 15, 2024
The
black
soldier
fly,
Hermetia
illucens
(L.
1758),
is
an
omnivorous
saprophagous
insect
with
a
high
potential
for
valorizing
organic
by-products
rich
in
carbohydrates.
Among
carbohydrates,
H.
relies
on
soluble
sugars
the
growth
and
storage
lipid
synthesis.
This
study
aimed
to
assess
impact
of
common
development,
survival,
fatty
acid
composition
illucens.
Monosaccharides
disaccharides
were
individually
incorporated
into
chicken
feed
diet.
Cellulose
was
used
as
control.
Larvae
fed
glucose,
fructose,
sucrose,
maltose
grew
faster
than
control
larvae.
In
contrast,
lactose
exhibited
anti-nutritional
effects
larvae,
slowing
down
reducing
final
individual
weight.
However,
all
produced
larvae
fatter
Notably,
tested
shaped
profile.
Maltose
sucrose
increased
saturated
content
compared
cellulose.
Conversely,
bioaccumulation
dietary
unsaturated
acids.
first
demonstrate
effect
profile
Our
findings
highlight
that
carbohydrates
have
significant
fly
can
thus
determine
their
applications.
Ukrainian journal of veterinary sciences,
Год журнала:
2024,
Номер
15(2), С. 157 - 169
Опубликована: Апрель 13, 2024
The
relevance
of
investigating
the
distribution,
biology,
and
role
zoophilic
flies
Hermetia
illucens
family
Stratiomyidae
in
occurrence
myiasis
mammals
lies
ability
these
to
parasitise
animals,
which
poses
a
threat
their
health
life.
purpose
this
review
was
analyse
scientific
research
on
possible
spread
as
potential
pathogen
parasitic
diseases
Ukraine.
study
employed
methods
analysis,
comparison,
synthesis
sources.
It
found
that
natural
habitat
is
countries
South
North
America
with
tropical
subtropical
climates.
However,
are
also
European
countries,
namely:
Portugal,
Spain,
Malta,
France,
Albania,
Croatia,
Slovenia,
Switzerland.
To
intensify
biotechnology
agricultural
sector,
larvae
used
an
ecological
utiliser
organic
residues.
believed
main
reason
for
emergence
Europe
importation
into
seaports
subsequent
introduction
coastal
areas.
Considering
above,
it
may
appear
Ukraine
(in
southwestern
regions).
Cases
larval
parasitism
have
been
established.
They
were
mostly
detected
parasites
gastrointestinal
tract.
Their
cause
typical
enteric
has
confirmed.
Larval
non-specific:
diarrhoea
(faeces
blood
mucus),
flatulence,
vomiting,
loss
consciousness,
etc.
can
under
skin,
forming
boils.
A
frequent
human
infestation
consumption
unwashed,
overripe
fruit
vegetables
lay
eggs.
results
be
develop
controlling
reproduction
flies,
species
whose
capable
parasitising
Materials,
Год журнала:
2024,
Номер
17(21), С. 5255 - 5255
Опубликована: Окт. 29, 2024
Insect
farming
generates
a
new
type
of
chitinous
waste
in
the
form
dead
specimens
that
have
died
natural
causes
and
insect
moults
(puparia),
particularly
large
amounts
which
are
generated
during
rearing
holometabolous
insects.
Following
circular
economy
paradigm,
we
treated
puparia
adults
H.
illucens
as
valuable
material,
i.e.,
sources
chitin,
tested
it
sorbent
for
cerium,
lanthanide
great
industrial
importance.
For
comparison,
non-treated,
raw
materials
commercial
chitosans
were
also
investigated.
Chitin
extracted
from
showed
an
adsorption
capacity
at
same
level
commercially
available,
marine-source
chitin
(approximately
6
mg
Ce·g−1).
However,
more
interestingly,
exhibited
much
higher
capacities—dead
similar
to
32
Ce·g−1),
while
demonstrated
twice
performance
60
This
indicates
unprocessed
can
be
used
environmentally
friendly,
cost-effective
Ce
biosorbents
with
comparable
or
even
better
sorption
than
chitosans,
whose
production
requires
intense
chemical
processing.
Scientific Reports,
Год журнала:
2024,
Номер
14(1)
Опубликована: Ноя. 15, 2024
The
black
soldier
fly,
Hermetia
illucens
(L.
1758),
is
an
omnivorous
saprophagous
insect
with
a
high
potential
for
valorizing
organic
by-products
rich
in
carbohydrates.
Among
carbohydrates,
H.
relies
on
soluble
sugars
the
growth
and
storage
lipid
synthesis.
This
study
aimed
to
assess
impact
of
common
development,
survival,
fatty
acid
composition
illucens.
Monosaccharides
disaccharides
were
individually
incorporated
into
chicken
feed
diet.
Cellulose
was
used
as
control.
Larvae
fed
glucose,
fructose,
sucrose,
maltose
grew
faster
than
control
larvae.
In
contrast,
lactose
exhibited
anti-nutritional
effects
larvae,
slowing
down
reducing
final
individual
weight.
However,
all
produced
larvae
fatter
Notably,
tested
shaped
profile.
Maltose
sucrose
increased
saturated
content
compared
cellulose.
Conversely,
bioaccumulation
dietary
unsaturated
acids.
first
demonstrate
effect
profile
Our
findings
highlight
that
carbohydrates
have
significant
fly
can
thus
determine
their
applications.
