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- Patterson, David A., et al. Show all 5 Authors
- Fisheries research 2019 v.209 pp. 156-166
- Cryptobia; Oncorhynchus tshawytscha; adults; biopsy; females; fisheries; genes; gillnets; hatcheries; longevity; males; migratory behavior; mortality; parasites; pathogens; physiological state; quantitative polymerase chain reaction; radio telemetry; salmon; spawning
- ... Following interactions with fisheries gear, fishes may experience delayed mortality or display modified behavior. The physiological status of fish at the time of capture, including the presence of infectious agents, can also influence survival outcomes. To explore the relationship between capture, infectious agents and fate, we simulated gillnet capture on adult salmon returning to a hatchery, use ...
- Patterson, David A., et al. Show all 9 Authors
- Comparative biochemistry and physiology 2019 v.29 pp. 32-42
- Oncorhynchus kisutch; animal tissues; autumn; body length; brain; fasting; freshwater; gene expression regulation; gills; juveniles; liver; marine environment; microarray technology; muscles; parr; salmon; spring; summer; transcription (genetics); transcriptome
- ... There is a paucity of information on the physiological changes that occur over the course of salmon early marine migration. Here we aim to provide insight on juvenile Coho salmon (Oncorhynchus kisutch) physiology using the changes in gene expression (cGRASP 44K microarray) of four tissues (brain, gill, muscle, and liver) across the parr to smolt transition in freshwater and through the first eight ...