Abstract
In this study, an extensive analysis of the influence of specific aspects of the grilling process and their influence on the polycyclic aromatic hydrocarbons (PAHs) production was performed. In addition, an Artificial Neural Network optimized with Differential Evolution was developed to model the PAHs formation inprocessed meat products. The total PAH (ng/g) was determined as a function of source of the meat (animal), type of cut, presence of skin, grilling temperature and time. Various models were determined, the best obtained results indicating that the proposed technique can accurately estimate the PAHs content in processed meat products.