Publications by authors named "Emmanuel Cordonnier"

Article Synopsis
  • Over the past decade, the number of approved drugs for treating Multiple Sclerosis (MS) has expanded from 3 to 10, allowing for more personalized treatment strategies aimed at minimizing clinical and radiological progression of the disease.
  • The paper outlines a comprehensive workflow designed for monitoring new FLAIR lesions in MS patients using longitudinal MRI scans, targeting usability for neurologists and radiologists in France.
  • Evaluation results indicate that the new workflow significantly improved lesion detection accuracy and reduced the analysis time for experts, suggesting enhanced capability in classifying MS patients' disease status.
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Increasingly, physicians have to access clinical images distributed over multiple healthcare organizations. To this end, two DICOM protocols may be used: a regular DICOM C-STORE transaction or an HTTP-based DICOM request such as WADO or STOW. A major problem of the DICOM C-STORE transaction is that it is inefficient to transfer DICOM data sets that consist of thousands of DICOM objects (such as functional MRI data set) because of the large number of negotiations involved in the transfer.

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The process of transmitting patient medical information between different healthcare parties involves harmonizing multiple elements: addresses, certificates, patient IDs, communication protocol, message format, and documents/EPR to be exchanged. Beyond the work done at the "information structure level" within CEN TC251, ISO TC215, HL7 and DICOM, it is necessary to focus on the "basic medical communication level." An original approach, based on the "Patient Envelope", has been developed and successfully implemented for Oncology.

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