Contract #10299-94-06 F1ED ISP BG
Joint Research Centre of the European Commission
QSAR System for Risk Assessment
Contract #12231-96-10 F1ED ISP BG
Joint Research Centre of the European Commission
Expert system for automated prediction of acute aquatic toxicity, phototoxicity and estrogen/androgen receptor binding affinities
Contract #IC20-CT98-0114
European Commission, DG XII
Endocrine Disrupting Ability of Environmental Pollutants (EDAEP)
Contract #ERB 3512 PL 97 3192
European Commission, DG XII
Novel antimicrobial susbstances on the basis of 3-formyl rifamycine SV: Molecular modelling, synthesis and anti-tuberculosis activity
Cooperative Research Agreement #CR 822306-01
US Environmental Protection Agency
Stereoelectronic factor: issues in chemical reactivity and ecotoxicology
Collaboration Agreement
Syracuse Research Corporation
2D Editor and Substructure Searching System
Contract #FA294-SC01
Syracuse Research Corporation
Expending estrogen receptor binding QSAR for structurally diverse chemicals
Contract #FA294-SC02
Syracuse Research Corporation
Expending estrogen receptor binding QSAR for structurally diverse chemicals
Contract #FA187/SC48
Syracuse Research Corporation
3D models and performing QC calculations for 900 pesticides active ingredients, 2300 pesticides inert ingredients, 2800 HPVCs and 60,000 TSCA chemicals
Contract #FG002/SC01
Syracuse Research Corporation
Refinement of COREPA model for predicting estrogen binding affinity
Contract #FG002/SC05
Syracuse Research Corporation
QSARs for screening the updated TSCA Inventory to identify potential PBTs (DEBITS 2)
Contract #24/99
Danish Environmental Protection Agency
Prediction of Relative Binding Affinities to Estrogen and Androgen Receptors. Prescreen of EINECS Inventory for ER and AR Ligands
Contract #K2221-1-0002
Environment Canada
Identifying modes of action of organic chemicals on the Domestic Substances List (DSL) through the use of molecular descriptors
Contract LPO#901689
Environment Canada
Application of CATABOL for predicting biodegradability of 14 PFAs as well as reviewing previous predictions for PFOS - degrading PFAs
Contract #K2252-1-0002R
Environment Canada
Predicting persistence, bioaccumulation, estrogen/androgen binding affinity and acute toxicity of substances on the Domestic Substances List (DSL)
Cooperative Research Agreement #CR 822306-01
US Environmental Protection Agency
Stereoelectronic factor: issues in chemical reactivity and ecotoxicology
Research Agreement
Procter and Gamble Company
Identification of the structural requirements for mutagenicity and carcinogenicity by incorporating molecular flexibility - Exploratory stage, Phase I and Phase II
Research Agreement
Procter and Gamble Company
Identification of the structural requirements for high performing and low toxicity polyamines
Research Agreement
Procter and Gamble Company
Predicting biodegradability of chemicals - CATABOL - Phase I and Phase II
Cooperative Agreement CR#828823-01
US EPA, NHEERL MED, Duluth
Methods for identifying chemicals that elicit adverse biological effects
Contract #K2221-9-0066
Environment Canada
Predicting Hazardous Properties of the Stable Biodegradation Products of Chemicals on DSL
Contract #7041-0083
Danish Environmental Protection Agency
Development of database software and 2D-3D migration of QSAR data
Research Agreement #60230
ExxonMobil Biomedical Sciences Inc.
Development of QSAR models
Contract # LSHB-CT-2004-503257
European Commission, DG XII
Development of a novel approach in hazard and risk assessment or reproductive toxicity by a combination and application of in vitro, tissue and sensor technologies; ReProTect
Contract
Procter and Gamble
Evaluation, improvement and validation of the probabilistic approach to modeling the biodegradation of chemical compounds
Contract
ExxonMobil
Development of bioaccumulation, skin sensitization, skin cancer and mutagenicity models
Contract
Syracuse Research Corporation
Development of a classification system based on structural similarity between chemicals eliciting the same biological activity
Contract
Syracuse Research Corporation
Organizing HPV chemicals into similarity groups based on common steric properties, electronic factors and modes of action and assessing the potential aquatic toxicity, mutagenicity, carcinogenicity and skin sensitivity of chemicals in the similarity groups
Contract
Unilever R&D, Colworth, UK
Extending the TIMES model for mutagenicity
Contract #GOCE-CT-2003-506675
European Commission, DG XII
Assessing large-scale environmental risks with tested methods (ALARM), VI Framework program