Predictive Toxicology of Chemicals: Experiences and Impact of AI Tools
Contents
COMET: The Approach Of A Project In Evaluating Toxicity
PDFStructure-Cytotoxicity/Antiviral Activity Relationship Studies of Nucleoside Analogs Using Structure-Activity Maps
PDFDiscovery of Knowledge about Drug Side Effects in Clinical Databases based on Rough Set Model
PDFUtilization of Predictive Toxicology Software and Similar Tools For Health Risk Assessment of Chemicals and Polymers
PDFArtificial Neural Networks As Statistical Tools In SAR/QSAR Modeling
PDFFinding Frequent Substructures In Chemical Compounds
PDFLong Term Development of Toxicology Databases: The Experience Gathered By The Joint Research Centre Of The European Commission Within The ECDIN And IUCLID Projects
PDFPredicting Chemical Carcinogenesis in Rodents with Artificial Neural Networks and Symbolic Rules Extracted from Trained Networks
PDFDiscovering Substructures in the Chemical Toxicity Domain
PDFPredicting Rodent Carcinogenicity in a Set of 30 Test Agents Using Discriminant Analysis and Bayesian Classifiers
PDFData Quality Issues In Toxicological Knowledge Discovery
PDFSimilarity, Diversity, and the Comparison of Molecular Structures
PDFSome Results for the Prediction Of Carcinogenicity Using Hybrid Systems
PDFThe Utility of Multiple Random Sampling in the Development of SAR Models
PDFUse of Statistical And Neural Net Methods In Predicting Toxicity Of Chemicals: A Hierarchical QSAR Approach
PDFPrediction of Chemical Carcinogenicity in Rodents by Machine Learning of Decision Trees and Rule Sets
PDFQSPR and QSAR Models Derived with CODESSA Multipurpose Statistical Analysis Software
PDFAdaptive Structure Processing with ANN: Is It Useful For Chemical Applications?
PDFComputational Intelligence and Predictive Toxicology
PDFA Comprehensive Approach to Argumentation
PDFOverview of Different Artificial Intelligence Approaches Combined with a Deductive Logic-based Expert System for Predicting Chemical Toxicity
PDFA Distributed Solution to the PTE Problem
PDFA Hybrid Approach To Risk Assessment For Multiple Pathway Chemical Exposures
PDFA Graphical Technique for Preliminary Assessment of Effects on DNA Sequences from Toxic Substances
PDFMembrane-Interaction QSAR Analysis: Application To The Estimation of Eye Irritation of Organic Compounds
PDFArgumentation and Risk Assessment
PDFRule Generation by Means of Lattice Theory
PDFPredictive Toxicology and Mixtures of Chemicals
PDFCombining Recursive Partitioning and Uncertain Reasoning for Data Exploration and Characteristic Prediction
PDFThe Requirements For Registration Of Plant Protection Products In The EU
PDFMultiple Formula Approach for Structure-Cytotoxicity/Antiviral Activity Relationship Studies of Nucleoside Analogs
PDFDevelopment of Knowledge Rules for Cancer Expert System for Prediction of Carcinogenic Potential of Chemicals: USEPA Approach
PDFA QSAR – Bayesian Neural Network Model To Identify Molecular Properties Causing Eye Irritation In Cationic Surfactants
PDFOn Characterization of Pharmacophore
PDFUsing Inductive Logic Programming to Construct Structure-Activity Relationships
PDFRepresentational/Efficiency Issues In Toxicological Knowledge Discovery
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