Research & Development

Our R&D unit

One of the priorities of our R&D team is to provide precise, reliable and relevant dosimetric information. Our goal: meet the expectations of medical and paramedical teams in their clinical routine, as well as those of scientific partners.
To achieve this, our team of experts is always ready to listen to our customers’ needs, and includes them in our discussions on product and service improvements.

Our know-how

Dosimetry

Medical Physics

Scintillating optical fiber

Connected devices

Software

Smart data

Our R&D unit focuses on

Our industrial partners

To develop our detectors, we make it a point of honour to work with French and local companies.

SEDI-ATI, Cintech,Weil Industries, ATTA02, Alfacem

Fundamental research

We are pooling our expertise in physics with Neolys Diagnostics to enable better assessment of the radiation-induced risk to patients and workers exposed to ionizing radiation in real-life exposure situations.

A study in progress aims to map the biological effects and associated dose of image-guided radiotherapy treatments (CBCT). This work will enable us to better understand the effects of low doses of radiation encountered in medical radiodiagnostics, and to establish clinical recommendations according to the type of patient concerned (radiosensitivity / radio-susceptibility).

Characterization of an Innovative Detector Based on Scintillating Fiber for Personalized Computed Tomography Dosimetry

DÉVIC C, PLAGNARD J, MUNIER M
Sensors 2022, 22, 90

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Cassure double-brin de l’ADN et influence du facteur individuel dans la réponse aux faibles doses de radiation : cas particulier des examens par scanner

DEVIC C.
Thèse de doctorat en radiobiologie. Lyon : Université Claude Bernard ; 2020

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Pourquoi la dose biologique est-elle si différente de la dose physique ?

DEVIC C.
Dr. Imago avril 2020

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Validation d’un dosimètre patient temps-réel basé sur la fibre optique pour la tomodensitométrie X à l’aide de simulation Monte Carlo

GILLET P.
Thèse de doctorat en physique. Strasbourg : Université de Strabsourg ; 2018

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Evaluation of an optical scintillating fiber detector for CT dosimetry

GILLET P, MUNIER M, ARBOR N, EL BITAR Z.
Rad. Meas. 2018; 119: 125-131.

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Real-time patient dose measurement in CT Scan : An innovative solution to improve radiation awareness

MUNIER M, GILLET P, CARBILLET F

European Congress of Radiology. Vienna; 2018. EuroSafe Imaging 2018; ESI-0086.

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A new scintillating fiber dosimeter for real-time measurement in radiology and radiotherapy

MUNIER M, SOHIER T, MULLER N, JUNG J-M, CARBILLET F, PERLONGO S, MEYER P, NOËL G
Eur. J. Med. Phys. 2014; 30(2), E129.

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Multicentric characterization of organ-based tube current modulation in head computed tomography: A dosimetric and image quality study

PONDARD S, DESPORT C, MUNIER M, KIEN N, ROUSSEAU H, MERIGNAC O, POPOTTE C, MORENO R
Phys Med . 2024 Jun:122:103389. doi: 10.1016/j.ejmp.2024.103389. Epub 2024 May 30.