TY - JOUR
T1 - Farming insects for feeding pigs: constraints and opportunities
AU - Prandini, Aldo
AU - Riccardo, Fortina
AU - Laura, Gasco
AU - Genciana, Terova
AU - Alessandra, Roncarati
AU - Parisi, Giuliana
AU - Giovanni, Piccolo
AU - Francesca, Tulli
AU - Achille, Schiavone
AU - Luciano, Pinotti
AU - Anna, De Angelis
AU - Antonella, Dalle Zotte
AU - Pier Paolo, Danieli
AU - Bani, Paolo
AU - Gabriele, Acuti
AU - Rosaria, Marino
PY - 2015
Y1 - 2015
N2 - Farmed insects are among novel protein sources for pig feeding.
In Europe, insect producers and pig breeders have to comply with
rather complex rules and legal requirements, mainly related to
the feed (or “substrate) fed to the insects. Annex III of
Regulation (EC) 767/2009 lists a number of materials that are
prohibited as substrate for insects, such as feces and “household
waste”. Substrates have to comply also with EU regulations on
animal proteins (Regulation 1069/2009 and the implementing
142/2011): according to these regulations, some (animal protein)
sources such as manure, gut content, dead-in-shell poultry,
and fallen stock are prohibited as substrate for insects. Insects
are expected to be increasingly used in Europe as protein replacers
in animal nutrition, and the potential species for use in pig
diets are Hermetia illucens (black soldier fly), larvae of Musca
domestica (common housefly), and Tenebrio molitor (yellow
mealworm). Black soldiers larvae meal is a suitable ingredient in
growing pigs diets, being valuable in particular for its protein,
lipid and Ca content and palatability (Newton et al., 1977). The
unbalanced aminoacid content of prepupae meal may be a limiting
factor in diets for early weaned piglets; additional refinement,
such as cuticle removal and rendering, may be necessary
to make it more suitable for piglets. The common housefly (M.
domestica) maggot is of particular interest because it can grow
on a large range of substrates and transform wastes into a valuable
biomass rich in protein and fat. Sows and piglets fed maggot
meal did not show any adverse effect on performances and
health, and on sensorial property of meat (Bayandina and Inkina,
1980). Positive results were observed on weaned pigs fed a soybean
based diet supplemented with 10% maggot meal to replace
fishmeal (Viroje and Malin, 1989). Also yellow mealworm
(Tenebrio molitor) could be suitable in animal feeding due to its
high content of crude protein (47-60%) and fat (31-43%), but at
the moment no information is available for pigs and ruminants.
Future research on insect meal is needed, focused in particular
on safety hazards helping EU to assess conclusive laws on the
use of insect meals in pig diets.
AB - Farmed insects are among novel protein sources for pig feeding.
In Europe, insect producers and pig breeders have to comply with
rather complex rules and legal requirements, mainly related to
the feed (or “substrate) fed to the insects. Annex III of
Regulation (EC) 767/2009 lists a number of materials that are
prohibited as substrate for insects, such as feces and “household
waste”. Substrates have to comply also with EU regulations on
animal proteins (Regulation 1069/2009 and the implementing
142/2011): according to these regulations, some (animal protein)
sources such as manure, gut content, dead-in-shell poultry,
and fallen stock are prohibited as substrate for insects. Insects
are expected to be increasingly used in Europe as protein replacers
in animal nutrition, and the potential species for use in pig
diets are Hermetia illucens (black soldier fly), larvae of Musca
domestica (common housefly), and Tenebrio molitor (yellow
mealworm). Black soldiers larvae meal is a suitable ingredient in
growing pigs diets, being valuable in particular for its protein,
lipid and Ca content and palatability (Newton et al., 1977). The
unbalanced aminoacid content of prepupae meal may be a limiting
factor in diets for early weaned piglets; additional refinement,
such as cuticle removal and rendering, may be necessary
to make it more suitable for piglets. The common housefly (M.
domestica) maggot is of particular interest because it can grow
on a large range of substrates and transform wastes into a valuable
biomass rich in protein and fat. Sows and piglets fed maggot
meal did not show any adverse effect on performances and
health, and on sensorial property of meat (Bayandina and Inkina,
1980). Positive results were observed on weaned pigs fed a soybean
based diet supplemented with 10% maggot meal to replace
fishmeal (Viroje and Malin, 1989). Also yellow mealworm
(Tenebrio molitor) could be suitable in animal feeding due to its
high content of crude protein (47-60%) and fat (31-43%), but at
the moment no information is available for pigs and ruminants.
Future research on insect meal is needed, focused in particular
on safety hazards helping EU to assess conclusive laws on the
use of insect meals in pig diets.
KW - Pigs
KW - feed
KW - insects
KW - Pigs
KW - feed
KW - insects
UR - http://hdl.handle.net/10807/67410
UR - http://www.aspajournal.it/index.php/ijas/article/view/ijas.2015.s1/2835
M3 - Article
SN - 1594-4077
VL - 14
SP - 169
EP - 170
JO - Italian Journal of Animal Science
JF - Italian Journal of Animal Science
ER -