Among cephalic skeletal anomalies, those involving the opercular complex are more frequent in reared gilthead seabream (Sparus aurata). Even if they\u2019re not life-threatening, these malformations negatively affect the biological functions, as well as the image of the product and its market value. In general the hatcheries perform a selection on reared fish stocks in order to eliminate the deformed subjects, with an increase of production costs. In the past, field observations and successively scientific study demonstrated that the opercular anomalies can be reversible, improving the final product image. The aim of this study was to verify if the exterior recovery process of the deformed opercular complex is associated also to a bony reco...
The presence of skeletal anomalies in fishes is a by-product of aquaculture and it entails economic,...
Mass rearing of Sparidae juveniles is at present a reality, but relatively low survival rates (20-30...
This study analyzed different lots of gilthead seabream juveniles outcoming from the same egg batch,...
Opercular anomalies are very frequent in reared gilthead sea bream and these can negatively influenc...
The high prevalence of opercular deformities present in fish from Mediterranean marine hatcheries is...
The authors studied a population of 582 gilthead sea breams (Sparus aurata), aged 25-600 days, in or...
The high incidence of opercular deformities appearing in Mediterranean marine hatcheries is an impor...
The high incidence of opercular deformities appearing in Mediterranean marine hatcheries is an impor...
The aim of this study was to characterize histological changes during opercular osteogenesis in farm...
The presence of skeletal anomalies in fishes is a by-product of aquaculture and it entails economic,...
This study provides a comprehensive description of the tissue organization of non-deformed and defor...
In this paper, 981 reared juveniles of gilthead seabream (Sparus aurata) were analysed, 721 of which...
The presence of skeletal anomalies in fishes is a by-product of aquaculture and it entails economic,...
Mass rearing of Sparidae juveniles is at present a reality, but relatively low survival rates (20-30...
This study analyzed different lots of gilthead seabream juveniles outcoming from the same egg batch,...
Opercular anomalies are very frequent in reared gilthead sea bream and these can negatively influenc...
The high prevalence of opercular deformities present in fish from Mediterranean marine hatcheries is...
The authors studied a population of 582 gilthead sea breams (Sparus aurata), aged 25-600 days, in or...
The high incidence of opercular deformities appearing in Mediterranean marine hatcheries is an impor...
The high incidence of opercular deformities appearing in Mediterranean marine hatcheries is an impor...
The aim of this study was to characterize histological changes during opercular osteogenesis in farm...
The presence of skeletal anomalies in fishes is a by-product of aquaculture and it entails economic,...
This study provides a comprehensive description of the tissue organization of non-deformed and defor...
In this paper, 981 reared juveniles of gilthead seabream (Sparus aurata) were analysed, 721 of which...
The presence of skeletal anomalies in fishes is a by-product of aquaculture and it entails economic,...
Mass rearing of Sparidae juveniles is at present a reality, but relatively low survival rates (20-30...
This study analyzed different lots of gilthead seabream juveniles outcoming from the same egg batch,...