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Nofima researchers have identified a hitherto undiscovered "proboscis" on infective lice that may be involved in finding or attaching to salmon.

German biotech AquaNab, developing alpaca-derived nanoantibody technology for aquaculture, has secured funding to accelerate the development of its platform.

Norway's Institute of Marine Research has identified which aquaculture sites contributed most to sea lice transmission between farms in 2024 and 2025.

Data on the amount of lice on migrating young salmon, sea trout and sea char contributes to the decision-making process as part of the country's "traffic light" system for aquaculture regulation.

The research on the proteins identified in the secretory and excretory products (SEPs) of the infectious copepodid stage of the salmon louse is funded by EastBio.

The project forms part of Norway’s development licence scheme, and will test whether deeper farming can reduce lice pressure in salmon production.