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SEEK ID: https://effectnet-seek.bioquant.uni-heidelberg.de/studies/2
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Projects: Effect-Net
Experimentalists: Not specified
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Created: 10th Mar 2017 at 10:38
Last updated: 1st Oct 2020 at 07:00
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Projects: Effect-Net, WP 9: Data management, aggregation and analysis, WP 1: Chemical analyses of test substances in water and biota and bioanalytics of stress response, WP 5: In vivo effects in model fish embryos and larvae, WP 6: In vivo effects in ecologically relevant biota, WP 7: Community-relevant effects, WP 8: Tool boxes for effect-based risk assessment, WP 2: Generation and characterization of metabolites, WP 3: In vitro effects 1: Receptor binding in non-cellular systems, WP 4: In vitro effects 2: Fish cells, WP 10: Mapping of the actors involved in the evaluation of biological hazards in aquatic ecosystems, WP 11: Actor perceptions and elaboration of guidelines and recommendations
Institutions: Universität Heidelberg
Projects: Effect-Net, WP 6: In vivo effects in ecologically relevant biota, WP 9: Data management, aggregation and analysis
Institutions: University of Tübingen
Roles: PhD Student
Projects: Effect-Net, WP 6: In vivo effects in ecologically relevant biota, WP 7: Community-relevant effects, WP 8: Tool boxes for effect-based risk assessment, WP 9: Data management, aggregation and analysis
Institutions: University of Tübingen, Steinbeis-Transferzentrum für Ökotoxikologie und Ökophysiologie
Effect-Net is a multi- and transdisciplinary project that intends to generate a toolbox for multi-scale chemical effects as a basis for a holistic effect-based risk evaluation, and for sociocultural governance aiming at personal and political responsibility as well as a reduction of emissions of hazardous chemicals into aquatic environments. The focus is on the development of a multi-scale network for the identification and evaluation of the biological hazards posed by emerging high-consumption
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Public web page: Not specified
Organisms: Salmo trutta, Planorbarius corneus, Danio rerio
Bei Probenahme gemessen; Gewicht [g], Länge [cm]
Contributor: Stefanie Jacob
Assay type: Experimental Assay Type
Technology type: Technology Type
Snapshots: No snapshots
Investigation: 1 hidden item
Study: Larval Brown trout_Metformin
Organisms: No organisms
SOPs: No SOPs
Data files: Body weight_Length_Larval brown trout_Metformin
Creator: Stefanie Jacob
Contributor: Stefanie Jacob
Investigations: 1 hidden item
Studies: Larval Brown trout_Metformin
Abstract (Expand)
Authors: Eike Rogall, Thomas Schwartz, Stefanie Jacob, Rita Triebskorn
Date Published: 22nd Apr 2020
Journal: Environmental Sciences Europe
DOI: 10.1186/s12302-020-00341-6
Citation: