Background#R##N#Embryology is a complex morphologic discipline involving a set of entangled mechanisms, sometime difficult to understand and to visualize. Recent computer based techniques ranging from geometrical to physically based modeling are used to assist the visualization and the simulation of virtual humans for numerous domains such as surgical simulation and learning. On the other side, the ontology-based approach applied to knowledge representation is more and more successfully adopted in the life-science domains to formalize biological entities and phenomena, thanks to a declarative approach for expressing and reasoning over symbolic information. 3D models and ontologies are two complementary ways to describe biological entities that remain largely separated. Indeed, while many ontologies providing a unified formalization of anatomy and embryology exist, they remain only descriptive and make the access to anatomical content of complex 3D embryology models and simulations difficult.
['Pierre-Yves Rabattu', 'Benoit Massé', 'Federico Ulliana', 'Marie-Christine Rousset', 'Damien Rohmer', 'Jean-Claude Léon', 'Olivier Palombi']
My Corporis Fabrica Embryo: An ontology-based 3D spatio-temporal modeling of human embryo development