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A gene affecting resistance to a viral disease in Atlantic salmon has been identified using CRISPR gene-editing technology.
22/10/2021
Piscine orthoreovirus (PRV) – which is associated with kidney and liver damage in Chinook salmon – is transmitted between Atlantic salmon farms and wild
09/06/2021
Two new genetic markers that indicate greater resistance to a bacterial infection in farmed Atlantic salmon have been identified by a team of aquaculture
09/06/2021
A new artificial intelligence (AI) tool that can help provide a detailed evaluation of Atlantic salmon skin is currently being developed by researchers at Nofim
12/03/2021
A novel means to assess sea lice levels is set to be trialled in Scotland in a project supported by the UK Seafood Innovation Fund.
04/02/2021
Manual counting of sea lice – an activity that is stressful for fish, time-consuming for farmers and statistically questionable – is no longer mandatory on all
04/02/2021
A new technique that uses a combination of ultrasound and infrared light to remove sea lice from farmed salmon is due to be trialled shortly.
04/02/2021
A new project will use the gene editing tool CRISPR-Cas9 to assess why Pacific salmon species are less susceptible to sea lice than Atlantic salmon.
30/11/2020
BMK08, a novel treatment against sea lice, is one step closer to commercial launch, having been recommended for approval by the EU’s Committee for Medicinal
03/11/2020
New methods for performing freshwater treatments against sea lice and amoebic gill disease (AGD) in salmon farms have been successfully developed and trialled
06/10/2020