Substance Identity
CAS Number 10024-56-3
Chemical Name 2-Propenoic acid, 3-phenyl-, 1-methyl-1-(4-methyl-3-cyclohexen-1-yl)ethyl ester, (S)-
Type of substance Organic
SMILES C1(C)=CCC(C(C)(C)OC(=O)C=Cc2ccccc2)CC1
Moiety of concern organic
Categorization Results

Meets Government of Canada Categorization Criteria? No
Meets Human Health Categorization Criteria? No
Meets Environmental Criteria for Categorization? No
Persistent (P)? No
Rational for P QSAR
Bioaccumulative (B)? No
Rational for B Category
Inherently Toxic to Aquatic Organisms (iT)? Yes
Rational for iT QSAR
DSL Quantity range (tonnes/year) 0 to 1T

Ecological data supporting decisions

Underlying data regarding persistence

Media of concern leading to Categorization Soil
Experimental Biodegradation half-life (days) Not Available
Predicted Ultimate degradation half-life (days) 37.5
MITI probability of biodegradation 0.1802
EPI Predicted hydrolysis half-life (days) 8.37E+004
EPI Predicted Ozone reaction half-life (days) 0.02602
EPI Predicted Atmospheric Oxidation half-life (days) 0.092

Underlying data regarding Bioaccumulation

Log Kow predicted by KowWin 6.32
Log BAF T2MTL predicted by Gobas 6.05068149094977
Log BCF 5% T2LTL predicted by Gobas 4.57939462494107
Log BCF Max predicted by OASIS 4.82841073226016
Log BCF predicted by BCFWIN 4.167

Underlying data regarding inherent toxicity to aquatic organisms

Pivotal value for iT (mg/l) 0.12635
Toxicity to fish (LC50 in mg/l) as predicted by Aster 0.737014
Toxicity to fish (LC50 in mg/l) as predicted by PNN 0.12635
Toxicity to daphnia (EC50 in mg/l) as predicted by Topkat v6.1 1.6
Toxicity to fish, daphnia, algae or mysid shrimp (EC50 or LC50 in mg/l) as predicted by Ecosar v0.99g 0.066
Toxicity to fish (LC50 in mg/l) as predicted by Neutral Organics QSAR in Ecosar v0.99g 6.59E-004

Human Health data supporting decisions
Underlying data regarding potential for exposure

LPE/IPE/GPE Lowest Potential for Exposure (HC Simple Exposure Tool)

Underlying data regarding Previous Assessments

Underlying data regarding Simple Hazard Assessment


Underlying data regarding Complex Hazard Assessment