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Search EURAS bioconcentration factor (BCF) Gold Standard Database
CAS Registry number Enter CAS registry number (hyphenated) or click on the CAS field in the result list
Chemical name Searches for names that sound like user specified name (e.g. 'naftalen' will hit 'naphthalene')
Reliability score Enter one of 1,2,3 or MITI or click on the 'Reliability score' field in the result list
Species Enter species latin name (e.g. Pimephales promelas) or click on the species field in the result list
All criteria are combined with 'logical AND'. If no criteria is specified, entire database is retrieved.
reliability=325 records found
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#CASSubstance common nameReliability scoreSpeciesSpecies sex,M/F/MF/ndFish weight,gFish length,cmFish ageTemperature,CpHTOC,mg/Lflow-through/static/renewal,S/FT/R/ndExposure concentration,mg/Lfresh/marinek1,d-1Uptake phase duration1,dk2,d-1Elimination phase duration,dT95,dT80,dUptake>T80,y/n/probT50,elimElimination>5xT50,y/n/probTissue analyzedBCFss ww, Cf/Cw (L/kg)BCFss lipid,Cf lipid/Cw (L/kg)BCFk ww,k1/k2BCFk lipid,BCFk ww/lipid%Lipid,%Lipid methodStatisticsReferenceRemarksReason for reliability 3/4
115862-07-42,4,5-trichlorobiphenyl3Poecilia reticulata
(guppy)
F0.079ndnd22ndndFT0.001freshwater89080.0631.747.6190476225.3968254no11nowhole body14125nd14126.98413188359.78847.5ndBCFss = Cf/Cw; k2 was estimated using 1st order kinetic modeling, k1 was derived from k1 = BCF x k2[98] Gobas FAPC, Schrap SM. Bioaccumulation of some polychlorinated dibenzo-p-dioxins and octachlorodibenzofuran in the guppy (poecilia reticulata). 1990; 20, (5): 495-512. Not enough info on exposure conditions, water quality, fish. According to authors, steady state was reached, although k2-value suggests non-steady state.
228680-44-6hexachloronorbornadiene3Pimephales promelas
(fathead minnow)
ndndnd1 d257.2-7.7ndFT0.0384freshwaternd30nd0ndndndndndwhole body6400ndndndndndBCF=Cf/Cw[465] Spehar RL, Veith GD DeFoe DL Bergstedt BV. Toxicity and bioaccumulation of hexachlorocyclopentadiene, hexachloronorbornadiene and heptachloronorbornene in larval and early juvenile fathead minnows, Pimephales promelas. 1979; 21, 576-583. negative effects observed at exposure concentration
32440-02-0heptachloronorbornene3Pimephales promelas
(fathead minnow)
ndndnd1 d257.2-7.7ndFT0.04freshwaternd30nd0ndndndndndwhole body11200ndndndndndBCF=Cf/Cw[465] Spehar RL, Veith GD DeFoe DL Bergstedt BV. Toxicity and bioaccumulation of hexachlorocyclopentadiene, hexachloronorbornadiene and heptachloronorbornene in larval and early juvenile fathead minnows, Pimephales promelas. 1979; 21, 576-583. negative effects observed at exposure concentration
4206-44-0fluoranthene3Pimaphales promelas
(fathead minnow)
ndndnd4 d22.17.6ndFT0.0168freshwater8476815.7110.5253940460.280210158yes0.121366025yeswhole body14836nd14845.53415ndndndtwo-component uptake and elimination model[472] Cho E, Bailer AJ Oris JT. Effect of methyl tert-butyl ether on the bioconcentration and photoinduced toxicity of fluoranthene in fathead minnow larvae (Pimephales promelas). 2003; 37, 1306-1310. Concentration too close to LC50
566230-04-4s-fenvalerate3Cyprinus carpio
(common carp)
ndFeb-80ndnd24ndndR0.0005-0.001freshwaternd7nd25ndndprob5yeswhole body747-1494ndndndndndBCF=Cf/Cw[401] Ohkawa H, Kikuchi R Miyamoto J. Bioaccumulation and biodegradation of the (S)-acid isomer of fenvalerate (Sumicidin) in an aquatic model ecosystem. 1980; 5, 11-22. BCF calculated with minimum and maximum measured concentrationConcentration too close to LC50, information for assessment missing, no flow-through and no TOC/DOC data
650-29-3ddt3Cyprinus carpio
(common carp)
ndFeb-80ndnd24ndndR0.00025-0.0008freshwaternd7nd25ndndndndndwhole body21625-6920ndndndndndBCF=Cf/Cw[401] Ohkawa H, Kikuchi R Miyamoto J. Bioaccumulation and biodegradation of the (S)-acid isomer of fenvalerate (Sumicidin) in an aquatic model ecosystem. 1980; 5, 11-22. BCF calculated with minimum and maximum measured concentrationConcentration too close to LC50, information for assessment missing, no flow-through and no TOC/DOC data
7309-00-2aldrin3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndgill83.4ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
8309-00-2aldrin3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndmuscle58ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
9309-00-2aldrin3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndintestine17.6ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
10309-00-2aldrin3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndkidney16.6ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
11309-00-2aldrin3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndliver246.6ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
1258-89-9bhc3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndgill0.076ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
1358-89-9bhc3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndmuscle0.043ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
1458-89-9bhc3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndintestine0.132ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
1558-89-9bhc3Puntius ticto
(carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndliver1000ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[61] Satyanarayan S, Ramakant. Bioaccumulation kinetics and bioconcentration factor of chlorinated pesticides in tissue of Puntius ticto (Ham.). 2004; 39, (2): 321-332. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
16309-00-2aldrin3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndgill147.2ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
17309-00-2aldrin3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndmuscle74.2ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
18309-00-2aldrin3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndintestine169.2ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
19309-00-2aldrin3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndkidney604ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
20309-00-2aldrin3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT0.005freshwaternd30nd0ndndndndndliver2824ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
2158-89-9bhc3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndgill1.682ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
2258-89-9bhc3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndmuscle1.035ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
2358-89-9bhc3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndintestine8.08ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
2458-89-9bhc3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndkidney7.72ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortality. BCF kidney=-7.720, typing mistake?(clear growing trend of bioconcentration with exposure)Concentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
2558-89-9bhc3Cyprinus Carpio
(common carp)
ndndndnd28-307.4-8.4ndFT1freshwaternd30nd0ndndndndndliver31.25ndndndndndFirst order uptake model, steady state BCF calculated based the 30 days exposure[62] Satyanarayan S, Ramakant Satyanarayan A. Bioaccumulation Studies of Organochlorinated pesticides in tissues of Cyprinus carpio. 2005; 40, 397-412. few information on tets species and mortalityConcentration too close to LC50, information for assessment missing (LC50 based on US-EPA Ecosar model)
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