AN INTRODUCTION TO TOXICOLOGICAL PRINCIPLES AND METHODS FOR PREDICTING HUMAN HEALTH EFFECTS WITHOUT RESORTING TO EXPERIMENTAL STUDIES 
 Trainer 
 Carole CHARMEAU 
 
                            Managing Director and Expert Toxicologist
Email: carole.charmeau@kreatis.eu
Trainer
Etienne BOURGART
 
                            Toxicologists, Regulatory Affairs Specialists, Risk Assessors, Product Stewards, REACH Consultants
Courses held at the KREATiS offices, by videoconference or at your premises*.
*Travel expenses to be paid by the client.
1 day - Duration adapted to the profile and skill level of the client and the objectives to be achieved.
 
									
1100€ net per participant and per day of training
								
									► Mastering the principles of toxicology which can be predicted by in silico tools
									► Discover QSAR predictions and other in silico methods for obtaining critical physicochemical and toxicological endpoints
									► Learn to assess the reliability of predictions derived using the in silico methods covered
									► Learn to generate regulatory formats for prediction reports for regulatory submission of the read-across and QSAR results
								
 
 
					 
 
					A background understanding to toxicological human health effects and related physico-chemical properties
									► Introduction to QSARs and other alternative in silico methods in toxicology
									► Overview of in silico tools (QSAR toolbox, iSafeRat, VEGA, OPERA, TEST, Danish QSAR Database…) and functionalities
								
									in silico profiling for Toxicological endpoints: Skin Sensitization and Genotoxicity
									► Understanding in silico predictions (alert interpretation)
									► Where to find information to be able to asses prediction reliability 
									► Training participants can choose the endpoints and the chemical structures to be used for specific case studies if provided in advance (be-spoke training).
								
Understanding in silico prediction report formats and their validation (QPRF and QMRF)
								- Digital and paper presentation material
								- Free software to download and associated case studies
							
								- Initial knowledge assessment grid 
								- Pre- and post-training assessment quizzes