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Mechanistic understanding of the synergistic potential of azole fungicides in the aquatic invertebrate
Gammarus pulex
Andrea Roesch, Michele Gottardi, Caroline Vignet,
Nina Cedergreen
, Juliane Hollender
Section for Environmental Chemistry and Physics
21
Citations (Scopus)
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Dive into the research topics of 'Mechanistic understanding of the synergistic potential of azole fungicides in the aquatic invertebrate
Gammarus pulex
'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
azoxystrobin
100%
fungicide
72%
biotransformation
66%
invertebrate
50%
synergism
31%
product
15%
in vivo assay
14%
tebuconazole
13%
measuring
11%
detoxification
9%
cytochrome
9%
bioaccumulation
8%
inhibitor
7%
video
7%
mass spectrometry
7%
enzyme
6%
toxicity
6%
fold
6%
substrate
5%
modeling
3%
rate
2%
effect
1%
Chemical Compounds
Azoxystrobin
93%
Azole
70%
Fungicide
68%
Prochloraz
43%
Cyproconazole
15%
Epoxiconazole
15%
Propiconazole
13%
Tebuconazole
12%
Toxicokinetics
11%
Ketoconazole
11%
Bioaccumulation
10%
Detoxification
9%
Cytochrome P450
8%
Tandem Mass Spectrometry
6%
Rate Constant
5%
Strength
5%
Mixture
3%