Fish as biomarkers in immunotoxicology
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Series / Report no.
Open Access
Type
Report
Language
en
Date
1993-11-30
Research Projects
Organizational Units
Journal Issue
Title
Fish as biomarkers in
immunotoxicology
Translated Title
[Vissen als biomarkers voor
immunotoxicologie.]
Published in
Abstract
Abstract niet beschikbaar
This report presents a brief survey on the state of the art in the development and application of biomarkers for immunotoxicology in fish. There are several reasons for developing this field: many fish diseases are related to environmental quality, various environmental pollutants have immunotoxic potential and many fish diseases have an immunological component. As in immunotoxicology in general, in fish this aspect has received ample attention in the recent past. Much benefit has been obtained from progress in related fields of science, such as fish immunology and rodent immunotoxicology. To date there is a broad spectrum of potential biomarkers for immunotoxicology in fish, from which macrophage parameters seem to be most widely used. The application of others and more predictive for specific immunity, such as lymphoid cell parameters is still limited, probably due to practical problems such as lack of experience with conduct, validation and interpretation. Specific problems include the paucity of background data in the case of epidemiological field studies and the important role of other (non-chemical) stress factors in the immune response, and hence the lack of specificity of potential biomarkers. It is concluded that a promising arsenal of biomarkers does exist, but further development and validation are still needed.
This report presents a brief survey on the state of the art in the development and application of biomarkers for immunotoxicology in fish. There are several reasons for developing this field: many fish diseases are related to environmental quality, various environmental pollutants have immunotoxic potential and many fish diseases have an immunological component. As in immunotoxicology in general, in fish this aspect has received ample attention in the recent past. Much benefit has been obtained from progress in related fields of science, such as fish immunology and rodent immunotoxicology. To date there is a broad spectrum of potential biomarkers for immunotoxicology in fish, from which macrophage parameters seem to be most widely used. The application of others and more predictive for specific immunity, such as lymphoid cell parameters is still limited, probably due to practical problems such as lack of experience with conduct, validation and interpretation. Specific problems include the paucity of background data in the case of epidemiological field studies and the important role of other (non-chemical) stress factors in the immune response, and hence the lack of specificity of potential biomarkers. It is concluded that a promising arsenal of biomarkers does exist, but further development and validation are still needed.
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RIVM