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Role of Semiochemicals in Mate Location by Parasitic Sea Louse, Lepeophtheirus salmonis
Journal of Chemical Ecology, 2002The role of olfaction and diffusible pheromones in mate location behavior of sea lice, Lepeophtheirus salmonis, was assessed with Y-tube behavioral bioassays. The pheromone "emitting" animals were located in a chamber in one arm of a Y-tube arena, with artificial seawater flowing through both arms.
Anna, Ingvarsdóttir +6 more
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Journal of Crustacean Biology, 1992
ABSTRACT The architecture and ultrastructure of the alimentary canal in Lepeophtheirus salmonis is described and compared with that of other copepods. The midgut of L. salmonis cannot be divided into different zones, and, hence, differs from most other copepods in this respect.
A. Nylund, S. Økland, B. Bjørknes
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ABSTRACT The architecture and ultrastructure of the alimentary canal in Lepeophtheirus salmonis is described and compared with that of other copepods. The midgut of L. salmonis cannot be divided into different zones, and, hence, differs from most other copepods in this respect.
A. Nylund, S. Økland, B. Bjørknes
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Lepeophtheirosis ( Lepeophtheirus salmonis ).
2020Mark D. Fast, Sussie Dalvin
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Infestations with Lepeophtheirus salmonis subsp. salmonis and oncorhynchi
The salmon louse is an ectoparasite that forages on host mucus, skin, and blood, causing lesions and wounds that result in behavioural and transcriptomic responses; stress; osmotic imbalances; and secondary infections. The adverse effects of the parasite varies depending on infestation intensity as well as on the developmental stage of the lice, with aopenaire +1 more source