Faculty Member
Infectious diseases have a serious impact on shellfish and finfish, constraining the expansion of aquaculture and endangering wild fisheries. My research interests include the use of multidisciplinary approaches to the prevention and management of infectious diseases in cultured and wild shellfish and finfish. These approaches include studying the patterns of disease prevalence and distribution using traditional and molecular diagnostic tools, investigating host-pathogen interactions, mechanisms of pathogenesis and disease resistance, and using all this information to develop novel strategies to prevent diseases in aquatic organisms.
Examples of ongoing and past research projects in my laboratory include the elucidation of the molecular immune responses of the Eastern oyster Crassostrea virginica to the parasite Perkinsus marinus, causative agent of Dermo disease and the development of vaccines and management tools for the prevention of bacterial diseases in fish and shellfish. We are also exploring the long-term effects of pollutants on the immune response of the mummichog Fundulus heteroclitus. The facilities at the Aquatic Pathology Laboratory at East Farm and the Blount Aquaculture Pathology Laboratory allow us to perform experimental infections of freshwater and marine finfish and shellfish under controlled and secured conditions. I have a special interest in the innate immune system, and in using a comparative approach and novel techniques to increase our understanding of the immune defenses of aquatic organisms. I am a member of the Oyster and the Fundulus Genome Consortiums, two groups of scientists sharing information and resources for the advancement of research on these two organisms, which have been key species in environmental research.
The Aquatic Pathology laboratory also provides diagnostic and technical support for the local farmers, restoration projects, and aquaculture and fisheries managers in the State of Rhode Island. We perform an annual survey of disease in shellfish from Rhode Island waters. The results of this survey are available at www.narrbay.org (static maps).
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Examples of ongoing and past research projects in my laboratory include the elucidation of the molecular immune responses of the Eastern oyster Crassostrea virginica to the parasite Perkinsus marinus, causative agent of Dermo disease and the development of vaccines and management tools for the prevention of bacterial diseases in fish and shellfish. We are also exploring the long-term effects of pollutants on the immune response of the mummichog Fundulus heteroclitus. The facilities at the Aquatic Pathology Laboratory at East Farm and the Blount Aquaculture Pathology Laboratory allow us to perform experimental infections of freshwater and marine finfish and shellfish under controlled and secured conditions. I have a special interest in the innate immune system, and in using a comparative approach and novel techniques to increase our understanding of the immune defenses of aquatic organisms. I am a member of the Oyster and the Fundulus Genome Consortiums, two groups of scientists sharing information and resources for the advancement of research on these two organisms, which have been key species in environmental research.
The Aquatic Pathology laboratory also provides diagnostic and technical support for the local farmers, restoration projects, and aquaculture and fisheries managers in the State of Rhode Island. We perform an annual survey of disease in shellfish from Rhode Island waters. The results of this survey are available at www.narrbay.org (static maps).
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About Marta Gomez-Chiarri
Infectious diseases have a serious impact on shellfish and finfish, constraining the expansion of aquaculture and endangering wild fisheries. My research interests include the use of multidisciplinary approaches to the prevention and management of infectious diseases in cultured and wild shellfish and finfish. These approaches include studying the patterns of disease prevalence and distribution using traditional and molecular diagnostic tools, investigating host-pathogen interactions, mechanisms of pathogenesis and disease resistance, and using all this information to develop novel strategies to prevent diseases in aquatic organisms.
Examples of ongoing and past research projects in my laboratory include the elucidation of the molecular immune responses of the Eastern oyster Crassostrea virginica to the parasite Perkinsus marinus, causative agent of Dermo disease and the development of vaccines and management tools for the prevention of bacterial diseases in fish and shellfish. We are also exploring the long-term effects of pollutants on the immune response of the mummichog Fundulus heteroclitus. The facilities at the Aquatic Pathology Laboratory at East Farm and the Blount Aquaculture Pathology Laboratory allow us to perform experimental infections of freshwater and marine finfish and shellfish under controlled and secured conditions. I have a special interest in the innate immune system, and in using a comparative approach and novel techniques to increase our understanding of the immune defenses of aquatic organisms. I am a member of the Oyster and the Fundulus Genome Consortiums, two groups of scientists sharing information and resources for the advancement of research on these two organisms, which have been key species in environmental research.
The Aquatic Pathology laboratory also provides diagnostic and technical support for the local farmers, restoration projects, and aquaculture and fisheries managers in the State of Rhode Island. We perform an annual survey of disease in shellfish from Rhode Island waters. The results of this survey are available at www.narrbay.org (static maps).
Examples of ongoing and past research projects in my laboratory include the elucidation of the molecular immune responses of the Eastern oyster Crassostrea virginica to the parasite Perkinsus marinus, causative agent of Dermo disease and the development of vaccines and management tools for the prevention of bacterial diseases in fish and shellfish. We are also exploring the long-term effects of pollutants on the immune response of the mummichog Fundulus heteroclitus. The facilities at the Aquatic Pathology Laboratory at East Farm and the Blount Aquaculture Pathology Laboratory allow us to perform experimental infections of freshwater and marine finfish and shellfish under controlled and secured conditions. I have a special interest in the innate immune system, and in using a comparative approach and novel techniques to increase our understanding of the immune defenses of aquatic organisms. I am a member of the Oyster and the Fundulus Genome Consortiums, two groups of scientists sharing information and resources for the advancement of research on these two organisms, which have been key species in environmental research.
The Aquatic Pathology laboratory also provides diagnostic and technical support for the local farmers, restoration projects, and aquaculture and fisheries managers in the State of Rhode Island. We perform an annual survey of disease in shellfish from Rhode Island waters. The results of this survey are available at www.narrbay.org (static maps).