Mr. Julien Cohen-Adad Profile

Julien Cohen-Adad

at Univ de Rennes 1

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Proceedings Article | 13 March 2006 Paper

Knowledge modeling in image-guided neurosurgery: application in understanding intraoperative brain shift

Julien Cohen-Adad, Perrine Paul, Xavier Morandi, Pierre Jannin

Proc. SPIE. 6141, Medical Imaging 2006: Visualization, Image-Guided Procedures, and Display

KEYWORDS: Data mining, Data modeling, Surgery, Blood, Databases, Image analysis, Neuroimaging, Systems modeling, Protactinium, Brain

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During an image-guided neurosurgery procedure, the neuronavigation system is subject to inaccuracy because of anatomical deformations which induce a gap between the preoperative images and their anatomical reality. Thus, the objective of many research teams is to succeed in quantifying these deformations in order to update preoperative images. Anatomical intraoperative deformations correspond to a complex spatio-temporal phenomenon. Our objective is to identify the parameters implicated in these deformations and to use these parameters as constrains for systems dedicated to updating preoperative images. In order to identify these parameters of deformation we followed the iterative methodology used for cognitive system conception: identification, conceptualization, formalization, implementation and validation. A state of the art about cortical deformations has been established in order to identify relevant parameters probably involved in the deformations. As a first step, 30 parameters have been identified and described following an ontological approach. They were formalized into a Unified Modeling Language (UML) class diagram. We implemented that model into a web-based application in order to fill a database. Two surgical cases have been studied at this moment. After having entered enough surgical cases for data mining purposes, we expect to identify the most relevant and influential parameters and to gain a better ability to understand the deformation phenomenon. This original approach is part of a global system aiming at quantifying and correcting anatomical deformations.

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