Marit Måsøy Amundsen
Forsker
Forsker
Why is the disease parvicapsulosis only seen in specific regions within the parasite's overall geographic distribution, while remaining absent in others? This crucial question serves as the focal point for our efforts to proactively address and mitigate the disease in the future.
Parvikapsulose er en sykdom forårsaket av parasitten Parvicapsula pseudobranchicola, som er et stort problem i lakseoppdrett i Nord-Norge. Nylig har det også vært utbrudd på Island.
Our oceans are under pressure with multiple users and the threats of climate change, making it more important than ever to manage our ocean resources carefully. The SusOffAqua project unites a highly qualified cross-disciplinary team in a unique effort to provide competence, innovation and technology to ensure sustainability and resilience in future offshore aquaculture and its value chains – Lower carbon footprint and preservation of biodiversity are key objectives.
Our oceans are under pressure with multiple users and the threats of climate change, making it more important than ever to manage our ocean resources carefully. The SusOffAqua project unites a highly qualified cross-disciplinary team in a unique effort to provide competence, innovation and technology to ensure sustainability and resilience in future offshore aquaculture and its value chains – Lower carbon footprint and preservation of biodiversity are key objectives.
Infectious salmon anaemia virus binds Atlantic salmon red blood cells, but we do not know the significance of this interaction. In this project we study how the virus’ ability to bind red blood cells influences the course of infection and development of disease in infectious salmon anaemia.
Infeksiøs lakseanemivirus binder røde blodceller, men vi vet ikke hvilken betydning denne bindingen har. I dette forskningsprosjektet undersøker vi hvordan samspillet mellom ILA-virus og laksens røde blodceller påvirker utviklingen av infeksjon og sykdom.
RED FLAG aims to increase the understanding of salmonid red blood cell responses to «danger» like stress and infection, and explore the biomarker potential of red blood cell response monitoring for salmonid aquaculture.
BIO-Direct is a strategic internal project at the Veterinary institute, funded for 4 years 2019-2022. The project involves more than 20 researchers and technical staff organized into five cross-diciplinary teams: 1. Disease biomarkers, 2. Immune protection, 3. Gene editing, 4. Cell models, and 4. Multiplexed immunoassays.
ViVaACT aim to characterize the specific mechanisms that separate the host immune response triggered by attenuated or inactivated viruses and their protective potential, focusing primarily on salminid alphavirus (SAV) and Piscine orthoreovirus (PRV). This project may identify clues to protective vaccination against PD and HSMI and related viral diseases in fish.
RED FLAG aims to increase the understanding of salmonid red blood cell responses to «danger» like stress and infection, and explore the biomarker potential of red blood cell response monitoring for salmonid aquaculture.
Forsøk gjennomført både i laboratoriet, i kar ved Drammenselva og i feltforsøk i elva Glitra øverst i Lierelva (Drammensvassdraget) har vist at lave konsentrasjoner av klor har egenskaper som gjør kjemikaliet egnet til bekjempelse av lakseparasitten Gyrodactylus salaris.