| Organism group |
Effect | |
| fish | suspected endocrine effect
10 µM: sublethal embryonal and larval developmental abnormalities |
Show study |
| fish | suspected endocrine effect
10 µM: decreased hatching succes |
Show study |
| fish | suspected endocrine effect
25 µM: lethal developmental abnormalities (no survival to hatching age) |
Show study |
| fish | suspected no endocrine effect
50-100 µM: acute lethal |
Show study |
| fish | suspected no endocrine effect
Acute lethal |
Show study |
| fish | Effect on estrogen
Induction of vitellogenesis |
Show study |
| fish | Effect on estrogen
Induction of vitellogenesis |
Show study |
| fish | Effect on estrogen
Decreased number of hatchings |
Show study |
| fish | Effect on estrogen
Approximately 300-fold increases in plasma VTG levels |
Show study |
| mammalian | Effect on estrogen
75% reduction of tritiated 17-beta-estradiol binding to ER |
Show study |
| mammalian | suspected no endocrine effect
No effect on tritiated 5-alpha-DHT binding on AR |
Show study |
| mammalian | Effect on androgen
70% decrease in tritiated 5-alpha-DHT binding to SHBG |
Show study |
| mammalian | Effect on estrogen
Induction of hER-mediated transcription |
Show study |
| mammalian | Effect on estrogen
20% inhibition of tritiated 17-beta-estradiol binding to ER |
Show study |
| mammalian | Effect on estrogen
Dose-dependent induction of ER-mediated activity |
Show study |
| mammalian | Effect on estrogen
Dose-dependent uterotrophic activity |
Show study |
| mammalian | Effect on estrogen
Dose-dependent induction of ERalpha-mediated gene expression |
Show study |
| mammalian | Effect on estrogen
Dose-dependent induction of ERalpha- and ERbeta-mediated gene expression |
Show study |
| mollusc | Effect on androgen
Development of imposex |
Show study |
| yeast | Effect on estrogen
Induction of hER-mediated transcription |
Show study |
