A goal of the multicenter European Cooperation in Science and Technology (COST) action MYO-MRI is to optimize Magnetic Resonance Imaging Texture Analysis (MRI-TA) methods for application in the study of muscle disease. This paper deals with recommendations on the optimal methodology to collect the MRI data, to analyse it via texture analysis and to make conclusions from the resultant texture parameter data. A full and detailed description is provided with respect to MR image quality control, sequence choice, image pre-processing, region of interest selection, texture analysis methods and data analysis. A series of conclusions are presented
International audienceAutomated magnetic resonance imaging (MRI) texture analysis was compared with ...
Magnetic resonance imaging (MRI) is a valuable tool for medical diagnosis, as it is a non-invasive t...
Magnetic resonance imaging (MRI) is a valuable tool for medical diagnosis, as it is a non-invasive t...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
Several previous clinical or preclinical studies using computerized texture analysis of MR Images ha...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
Several previous clinical or preclinical studies using computerized texture analysis of MR Images ha...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
Several previous clinical or preclinical studies using computerized texture analysis of MR Images ...
International audienceAutomated magnetic resonance imaging (MRI) texture analysis was compared with ...
International audienceAutomated magnetic resonance imaging (MRI) texture analysis was compared with ...
Magnetic resonance imaging (MRI) is a valuable tool for medical diagnosis, as it is a non-invasive t...
Magnetic resonance imaging (MRI) is a valuable tool for medical diagnosis, as it is a non-invasive t...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
Several previous clinical or preclinical studies using computerized texture analysis of MR Images ha...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
Several previous clinical or preclinical studies using computerized texture analysis of MR Images ha...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
International audienceSeveral previous clinical or preclinical studies using computerized texture an...
Several previous clinical or preclinical studies using computerized texture analysis of MR Images ...
International audienceAutomated magnetic resonance imaging (MRI) texture analysis was compared with ...
International audienceAutomated magnetic resonance imaging (MRI) texture analysis was compared with ...
Magnetic resonance imaging (MRI) is a valuable tool for medical diagnosis, as it is a non-invasive t...
Magnetic resonance imaging (MRI) is a valuable tool for medical diagnosis, as it is a non-invasive t...