Table 1.
Pharmaceuticals/ Taxonomic Group |
Species | Test Duration /Endpoint |
Concentration (mg/L) | Reference |
---|---|---|---|---|
Amoxicillin | ||||
Bacteria | Vibrio fischeri | 5 min, IC50 | 1320.0 | Park and Choi [12] |
Bacteria | Vibrio fischeri | 15 min, IC50 | 3597.0 | Park and Choi [12] |
Algae | Microcystis aeruginosa | 7 d, EC50 | 0.0037 | Lützhøft et al. [40] |
Algae | Microcystis aeruginosa | 7 d, EC50 | 0.00803 | Liu et al. [1] |
Algae | Pseudokirchneriella subcapitata | 7 d, NOEC | 250 | Lützhøft et al. [40] |
Algae | Pseudokirchneriella subcapitata | 72 h, EC10 | 4.75 | This study |
Algae | Pseudokirchneriella subcapitata | 72 h, EC50 | 213.14 | This study |
Algae | Pseudokirchneriella subcapitata | 72 h, EC50 | >1500 | González-Pleiter et al. [38] |
Algae | Rhodomonas salina | 7 d, EC50 | 3108 | Lützhøft et al. [40] |
Algae | Synechococcus leopoliensis | 96 h, EC50 | 0.00222 | Andreozzi et al. [19] |
Algae | Synechococcus leopoliensis | 96 h, NOEC | 0.00078 | Andreozzi et al. [19] |
Algae | Synechococcus leopoliensis | 96 h, LOEC | 0.00156 | Andreozzi et al. [19] |
Aquatic plant | Lemna gibba | 7 d, EC10 | >1 | Brain et al. [54] |
Invertebrate | Daphnia Magna | 48 h, EC50 | >1000 | Park and Choi [12] |
Invertebrate | Daphnia Magna | 48 h, EC50 | >1000 | This study |
Invertebrate | Daphnia Magna | 21 d, survival NOEC | >266 | This study |
Invertebrate | Daphnia Magna | 21 d, reproduction NOEC | 27.2 | This study |
Invertebrate | Daphnia Magna | 21 d, growth NOEC | 27.2 | This study |
Invertebrate | Moina macrocopa | 48 h, EC50 | >1000 | Park and Choi [12] |
Invertebrate | Moina macrocopa | 48 h, EC50 | >1000 | This study |
Invertebrate | Moina macrocopa | 7 d, survival NOEC | >266 | This study |
Invertebrate | Moina macrocopa | 7 d, reproduction NOEC | 2.05 | This study |
Fish | Danio rerio | 48 h, EC50 premature hatching | 132.4 | Oliveira et al. [42] |
Fish | Danio rerio | 96 h, LC50 embryo, adult | >100 | Oliveira et al. [42] |
Fish | Oryzias latipes | 96 h, LC50 | >1000 | Park and Choi [12] |
Fish | Oryzias latipes | Hatchability NOEC | 1.37 | This study |
Fish | Oryzias latipes | Time-to-hatch NOEC | >38.9 | This study |
Fish | Oryzias latipes | 40 d, juvenile survival NOEC | 21.8 | This study |
Fish | Oryzias latipes | 40 d, juvenile growth NOEC | 21.8 | This study |
Fish | Tilapia nilotica | 96 h, LC50 | 0.03572 | Yasser and Nabila [43] |
Enrofloxacin | ||||
Bacteria | Vibrio fischeri | 5 min, IC50 | 272.25 | Oh [48] |
Bacteria | Vibrio fischeri | 15 min, IC50 | 306.35 | Oh [48] |
Bacteria | Vibrio fischeri | 5 min, IC50 | 425.0 | Park and Choi [12] |
Bacteria | Vibrio fischeri | 15 min, IC50 | 326.8 | Park and Choi [12] |
Bacteria | Vibrio fischeri | 5 min, EC50 | >8.4 | Hernandoet al. [55] |
Bacteria | Vibrio fischeri | 15 min, EC50 | >8.4 | Hernando et al. [55] |
Bacteria | Vibrio fischeri | 30 min, EC50 | >8.4 | Hernando et al. [55] |
Algae | Anabaena flos-aquae | 72 h, EC50 | 0.173 | Ebert et al. [20] |
Algae | Chlorella sp. | 72 h, EC50 | 111 | Andrieu et al. [21] |
Algae | Chlamydomonas mexicana | 96 h, EC50 | 10.76 | Xiong et al. [41] |
Algae | Chlorella vulgaris | 96 h, EC50 | 12.2 | Xiong et al. [46] |
Algae | Desmodesmus subspicatus | 72 h, EC50 | 5.568 | Ebert et al. [20] |
Algae | Microcystis aeruginosa | 5 d, EC50 | 0.049 | Robinson et al. [44] |
Algae | Micractinium resseri | 96 h, EC50 | 12.03 | Xiong et al. [46] |
Algae | Ourococcus mutipsorus | 96 h, EC50 | 14.98 | Xiong et al. [46] |
Algae | Pseudokirchneriella subcapitata | 72 h, EC50 | 3.1 | Robinson et al. [44] |
Algae | Pseudokirchneriella subcapitata | 72 h, EC10 | 0.83 | This study |
Algae | Pseudokirchneriella subcapitata | 72 h, EC50 | 3.33 | This study |
Algae | Scenedesmus obliquus | 24 h, EC50 | 88.39 | Qin et al. [45] |
Algae | Scenedesmus obliquus | 48 h, EC50 | 63.86 | Qin et al. [45] |
Algae | Scenedesmus obliquus | 72 h, EC50 | 45.1 | Qin et al. [45] |
Algae | Scenedesmus obliquus | 96 h, EC50 | 59.16 | Qin et al. [45] |
Algae | Scenedesmus obliquus | 96 h, EC50 | 9.86 | Xiong et al. [46] |
Aquatic plant | Lemna minor | 7 d, EC50 | 0.114 | Robinson et al. [44] |
Aquatic plant | Lemna minor | 7 d, EC50 | 0.107 | Ebert et al. [20] |
Aquatic plant | Myriophyllum spicatum | 14 d, EC50 | >44.3 | Ebert et al. [20] |
Invertebrate | Daphnia curvirostris | 48 h, EC50 | 4.33 | Dalla Bona et al. [49] |
Invertebrate | Daphnia magna | 24 h, EC50 | 26.75 | Oh [48] |
Invertebrate | Daphnia magna | 48 h, EC50 | 15.7 | Oh [48] |
Invertebrate | Daphnia magna | 24 h, EC50 | 131.7 | Park and Choi [12] |
Invertebrate | Daphnia magna | 48 h, EC50 | 56.7 | Park and Choi [12] |
Invertebrate | Daphnia magna | 48 h, EC50 (pH 7.4) | 45.8 | Kim et al. [47] |
Invertebrate | Daphnia magna | 48 h, EC50 | 16.34 | Dalla Bona et al. [49] |
Invertebrate | Daphnia magna | 48 h, EC50 | 20.1 | This study |
Invertebrate | Daphnia magna | 21 d, survival, NOEC | 5 | Park and Choi [12] |
Invertebrate | Daphnia magna | 21 d, reproduction, NOEC | 5 | Park and Choi [12] |
Invertebrate | Daphnia magna | 21 d, survival, NOEC | 3.33 | This study |
Invertebrate | Daphnia magna | 21 d, reproduction, NOEC | 3.33 | This study |
Invertebrate | Daphnia magna | 21 d, growth NOEC | 0.12 | This study |
Invertebrate | Gammarus pulex | 48 h, EC50 (pH7.0) | 42.1 | Sun et al. [50] |
Invertebrate | Gammarus pulex | 96 h, EC50 (pH7.0) | 15.6 | Sun et al. [50] |
Invertebrate | Moina macrocopa | 24 h, EC50 | 285.7 | Park and Choi [12] |
Invertebrate | Moina macrocopa | 48 h, EC50 | >200 | Park and Choi [12] |
Invertebrate | Moina macrocopa | 48 h, EC50 | 69 | Andrieu et al. [21] |
Invertebrate | Moina macrocopa | 48 h, EC50 | 85.2 | This study |
Invertebrate | Moina macrocopa | 7 d, survival, NOEC | 2.47 | This study |
Invertebrate | Moina macrocopa | 7 d, reproduction, NOEC | >2.47 | This study |
Invertebrate | Physella acuta | 48 h, EC50 (pH 7.0) | 133 | Sun et al. [50] |
Invertebrate | Physella acuta | 96 h, EC50 (pH 7.0) | 122 | Sun et al. [50] |
Fish | Oryzias latipes | 96 h, EC50 | >100 | Park and Choi [12] |
Fish | Oryzias latipes | 48 h, EC50 | >100 | Park and Choi [12] |
Fish | Oryzias latipes | Hatchability, NOEC | >11 | This study |
Fish | Oryzias latipes | Time-to-hatch, NOEC | >11 | This study |
Fish | Oryzias latipes | 40 d, juvenile survival | 3.2 | This study |
Fish | Oryzias latipes | 40 d, juvenile growth | >3.2 | This study |
Neomycin | ||||
Bacteria | Vibrio fischeri | 5 min, IC50 | >1000 | Park and Choi [12] |
Algae | Anacystis nidulans | 6 h, NOEC | 0.2 | Whitton [52] |
Algae | Microcystis aeruginosa | 24 h, NOEC | 0.1 | Vance [51] |
Algae | Pseudokirchneriella subcapitata | 72 h, EC10 | 4.28 | This study |
Algae | Pseudokirchneriella subcapitata | 72 h, EC50 | 4.60 | This study |
Aquatic plant | Lemna gibba | 7 d, EC10 | >1.0 | Brain et al. [54] |
Invertebrate | Daphnia magna | 48 h, EC50 | 42.1 | Park and Choi [12] |
Invertebrate | Daphnia magna | 48 h, EC50 | 56.0 | This study |
Invertebrate | Daphnia magna | 21 d, NOEC | 0.03 | Park and Choi [12] |
Invertebrate | Daphnia magna | 21 d, survival NOEC | 1.5 | This study |
Invertebrate | Daphnia magna | 21 d, reproduction NOEC | 0.15 | This study |
Invertebrate | Daphnia magna | 21 d, growth NOEC | 0.15 | This study |
Invertebrate | Moina macrocopa | 48 h, EC50 | 34.1 | Park and Choi [12] |
Invertebrate | Moina macrocopa | 48 h, EC50 | 22.9 | This study |
Invertebrate | Moina macrocopa | 7 d, NOEC | 0.5 | Park and Choi [12] |
Invertebrate | Moina macrocopa | 7 d, survival NOEC | >5.3 | This study |
Invertebrate | Moina macrocopa | 7 d, reproduction NOEC | >5.3 | This study |
Mollusks | Crassostrea gigas | 48 h, EC50 | >800 | US EPA, ECOTOX [53] |
Fish | Anguilla japonica | LC50 | 2829 | US EPA, ECOTOX [53] |
Fish | Oryzias latipes | 96 h, LC50 | 80.8 | Park and Choi [12] |
Fish | Oryzias latipes | Hatchability NOEC | 11 | This study |
Fish | Oryzias latipes | Time-to-hatch NOEC | >100 | This study |
Fish | Oryzias latipes | 40 d, juvenile survival NOEC | 0.87 | This study |
Fish | Oryzias latipes | 40 d, juvenile growth NOEC | 11 | This study |
EC50, median effective concentration; IC50, median inhibitory concentration; NOEC, no observed effect concentration; LOEC, lowest observed effect concentration.