Our Projects
SLICEnce
This project represents a collaboration between partners that have been heavily committed to the Canadian aquaculture industry for decades, including an academic institution (UPEI/AVC), a non-for profit organization (BC CAHS), a pharmaceutical company (MERCK), and salmon producers (Grieg, Cermaq and Mowi).
The partners will combine their respective expertise in sea lice genomics and parasiticide product knowledge to develop and test a diagnostic assay.
A current project that seeks to understand the connection between ocean health, marine animal health, and human health. The research focuses on the health ocean-sourced food (such as salmon and lobster), which is under threat from global climate change.
PACAP
This research focuses on developing pituitary adenylate cyclase-activating polypeptide into a treatment for microbial infections in fish and shrimp aquaculture
Managing sea lice in salmon aquaculture
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MICCSA - Mitigating Impacts of Climate Change on Salmon Aquaculture
MICCSA aims to help safeguard Atlantic Canada's economically important salmon aquaculture industry and contribute to its sustainability and continued growth in the face of climate change. The project uses genomics to help the industry select Atlantic salmon that can survive higher temperatures and hypoxia, and resist disease.
CGDI Complex Gill Disease initiative
A project that is in progress with partners at Memorial University examining complex infections with multiple pathogens in Salmon
IPMC - Integrated Pathogen Management of Co-infections
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Lice Resist / CRISPResist
The current project aims to characterize causative genomic differences underlying differences in sea lice susceptibility among seven salmonid species, including by functional annotation of the genomic response to sea lice attack, thereby building a functional genetic understanding of host response and resistance mechanisms.
Sturgeon Health
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