NOTICE: This person is currently NOT AN ACTIVE MEMBER of the CMM - Contact data may be outdated.

CNRS Researchers
PhD in Physics, Université Denis Diderot (Paris 7), France (2006)
MSc Physical Acoustics, Université Denis Diderot (Paris 7), France (2003)
MSc Physical Acoustics, Université Denis Diderot (Paris 7), France (2003)
Institution: CNRS
Research Area:
Mathematical Mechanics and Inverse Problems
Mathematical Mechanics and Inverse Problems
Research interests:
The framework for my research is bone characterization using ultrasound. Currently, a significant proportion of patients with non-traumatic fractures are not correctly detected by the clinical X-ray reference measurement (DXA). These fractures can be related, for example, to osteoporosis, diabetes or the use of certain drugs as cortico-steroids. My work consists in the development of an alternative clinical measurement device based on the measurement of ultrasonic guided waves. A prototype was successfully tested in a pilot clinical study at the Cochin Hospital (Paris) in collaboration with the Azalée start up. Numerous improvements have been necessary in a variety of fields: ultrasonic transducer, signal processing, cortical bone and waveguide modeling, real-time probe alignment guidance ... Collaborative works have been conducted with various countries, including China, Finland, Germany, the Netherlands, and now Chile.
The framework for my research is bone characterization using ultrasound. Currently, a significant proportion of patients with non-traumatic fractures are not correctly detected by the clinical X-ray reference measurement (DXA). These fractures can be related, for example, to osteoporosis, diabetes or the use of certain drugs as cortico-steroids. My work consists in the development of an alternative clinical measurement device based on the measurement of ultrasonic guided waves. A prototype was successfully tested in a pilot clinical study at the Cochin Hospital (Paris) in collaboration with the Azalée start up. Numerous improvements have been necessary in a variety of fields: ultrasonic transducer, signal processing, cortical bone and waveguide modeling, real-time probe alignment guidance ... Collaborative works have been conducted with various countries, including China, Finland, Germany, the Netherlands, and now Chile.
jean-gabriel (dot) minonzio (at) upmc (dot) fr
+56 2 2978 4963
office: 620
Personal Homepage
Publications (link)
ResearchGate Profile
+56 2 2978 4963
office: 620
Personal Homepage
Publications (link)
ResearchGate Profile