Henner Hollert

This study investigates how multigenerational exposure to urban runoff sediment affects fitness and genomic adaptation in Chironomus riparius, revealing polygenic adaptation and fitness trade-offs.

This study quantifies developmental differences in zebrafish embryos at 26°C and 28°C, showing temperature-dependent delays in key developmental endpoints and suggesting reevaluation of animal welfare guidelines.

This study evaluates how carrier solvents and solid phase extraction blanks affect toxicity in zebrafish embryos, finding that blanks can reduce hatching rates and emphasizing the need for proper correction methods.

This paper reviews biotransformation systems in in vitro toxicology, identifies methodological issues, and provides guidance to improve their reliability and integration into regulatory assessments.

The paper uses AI to assess chronic chemical risks in river water, identifying pharmaceuticals as key risk drivers and fish as the most vulnerable group.

This study shows exposure to urban sediments containing TRWPs increases mutation rates in Chironomus riparius by 50%, with mutational profiles similar to those caused by Benzo[a]Pyrene.

This study assesses the toxic effects of a KEAA fuel blend on A549 lung cells using air-liquid interface exposure and finds no adverse effects within tested concentrations.

This study shows crude oil exposure reduces zebrafish embryo eye size and swimming activity, with molecular and histological evidence linking these effects to gene dysregulation and retinal structural changes.

This study shows that agricultural pesticides do not affect the infectivity or development of Schistosoma mansoni in its snail host at environmentally relevant concentrations.