Temperature rise and its influence on the toxic effects caused by cyanotoxins in a neotropical catfish

Potentially toxic cyanobacterial blooms (cyanoHABs) have become a problem in public water supply reservoirs. Temperature rise caused by climate change can increase the frequency and intensity of blooms, which may influence the cyanotoxins concentration in the environment. This study aimed to evaluat...

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Veröffentlicht in:	Environmental pollution (1987) 2024-07, Vol.353, p.124166-124166, Article 124166
Hauptverfasser:	Vicentini, Maiara, Calado, Sabrina L.M., Pessati, Jacqueline B.K., Perussolo, Maiara C., Lirola, Juliana R., Marcondes, Fellip R., Nascimento, Natália do, Beghetto, Camila L., Vilar, Mauro C.P., Mela, Maritana, Coral, Lucila A.A., Magalhães, Valéria F., Prodocimo, Viviane, Cestari, Marta M., Silva de Assis, Helena C.
Format:	Artikel
Sprache:	eng
Schlagworte:	biomarkers blood brain catfish climate change CyanoHABs energy euthanasia freshwater fish genotoxicity Global warming histopathology kidneys liver metabolism muscles mutagens Neotropics neurotoxins pollution proteomics public water supply Raphidiopsis Rhamdia quelen Saxitoxins temperature Toxicity
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