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Aquatic Animal Health and Disease

Center scientists perform investigations related to the health, pathogens and diseases of aquatic animals in natural freshwater, estuarine, and marine surface/deep water environments as well as aquaculture. Scientists engage in research utilizing the disciplines of pathobiology, physiology, immunology, microbiology, and molecular biology in tandem to identify pathogens and determine their impacts on host organisms and aquatic ecosystems. Further investigation, often involving controlled laboratory experimentation, helps discern the potential impacts to the host and understand whether additional environmental stressors such as climate change, contaminants, or other anthropogenic influences will affect the disease ecology in the natural environment. Additionally, we utilize these same technologies to investigate the role of invasive species in the spread of diseases. Through field investigation supplemented by laboratory based research, we are able to study emerging pathogens carried by invasive species and increase our scope of understanding of the health related impacts of these species to wildlife, domestic animals and humans.

Filter Total Items: 5

Development of Deployable Multispectral Sensors for Monitoring

Development of Deployable Multispectral Sensors for Monitoring
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Development of Deployable Multispectral Sensors for Monitoring

Development of Deployable Multispectral Sensors for Monitoring
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Mallard ducks may serve as reservoirs of potentially zoonotic Type A influenza viruses.

Mallard duck as such as this pair may be reservoirs of Type A influenza viruses, which under some circumstances may potentially become pathogenic to waterfowl, other wildlife and even humans.
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Mallard ducks may serve as reservoirs of potentially zoonotic Type A influenza viruses.

Mallard duck as such as this pair may be reservoirs of Type A influenza viruses, which under some circumstances may potentially become pathogenic to waterfowl, other wildlife and even humans.
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Striped bass with mycobacteriosis

Striped bass ( Morone saxatilis ) displaying ulcerative skin lesions and chronic wasting, both typical clinical signs of mycobacteriosis, a bacterial disease that is problematic among many types of fishes around the world.
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Striped bass with mycobacteriosis

Striped bass ( Morone saxatilis ) displaying ulcerative skin lesions and chronic wasting, both typical clinical signs of mycobacteriosis, a bacterial disease that is problematic among many types of fishes around the world.
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Health assessment of invasive northern snakehead

The image is an investigator performing venipuncture for blood collection for health analysis of a northern snakehead fish collected from a Potomac River tributary in northern Virginia.
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Health assessment of invasive northern snakehead

The image is an investigator performing venipuncture for blood collection for health analysis of a northern snakehead fish collected from a Potomac River tributary in northern Virginia.
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Rainbow trout with bacterial lesions

This rainbow trout is displaying clinical signs of enteric redmouth disease caused by a systemic bacterial infection.
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Rainbow trout with bacterial lesions

This rainbow trout is displaying clinical signs of enteric redmouth disease caused by a systemic bacterial infection.
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