The MUSIC software platform was introduced to improve image-guided cardiovascular interventional procedures by fusing imaging data with mapped electrical activity and 3D biophysical models.
The MUSIC software platform provides a robust tool for fusing multimodal cardiac imaging data with electrical activity and 3D biophysical models to improve cardiovascular diagnosis and image-guided interventions.
The tremendous advancement of cardiac imaging methods, the substantial progress in predictive modelling, along with the amount of new investigative multimodalities, challenge the current technologies in the cardiology field. Innovative, robust and multimodal tools need to be created in order to fuse imaging data (e.g., MR, CT) with mapped electrical activity and to integrate those into 3D biophysical models. In the past years, several cross-platform toolkits have been developed to provide image analysis tools to help build such software. The aim of this study is to introduce a novel multimodality software platform dedicated to cardiovascular diagnosis and therapy guidance: MUSIC. This platform was created to improve the image-guided cardiovascular interventional procedures and is a robust platform for AI/Deep Learning, image analysis and modelling in a newly created consortium with international hospitals. It also helps our researchers develop new techniques and have a better understanding of the cardiac tissue properties and physiological signals. Thus, this extraction of quantitative information from medical data leads to more repeatable and reliable medical diagnoses.
Merle et al. (Thu,) conducted a other in Cardiovascular diagnosis and therapy guidance. MUSIC software platform was evaluated. The MUSIC software platform was introduced to improve image-guided cardiovascular interventional procedures by fusing imaging data with mapped electrical activity and 3D biophysical models.