Internal dosimetry of [$^{99m}$Tc]NTP15‐5 radiotracer for cartilage imaging in preclinical and clinical models using the GATE Monte Carlo platform - Archive ouverte HAL
Article Dans Une Revue Medical Physics Année : 2020

Internal dosimetry of [$^{99m}$Tc]NTP15‐5 radiotracer for cartilage imaging in preclinical and clinical models using the GATE Monte Carlo platform

Résumé

This study aims to perform dosimetry for [99m Tc]NTP15-5 radiotracer used in imaging of articular cartilage in rabbits and humans. The radiotracer (covered by a world patent WO 01/00621 A1) has been proposed in the past years for the study of cartilage in osteoarthritis diseases. A sensitive imaging approach is essential to quantify osteoarthritis progression and monitor response to new therapies. [99m Tc]NTP15-5 binds to cartilage proteoglycans whose decreased content is associated to a loss of biomedical function of cartilage. We have implemented the whole dosimetry study concerning this new radiotracer for rabbits and humans using the GATE Monte Carlo platform.
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Dates et versions

hal-03056894 , version 1 (11-12-2020)

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Giovanna Rosa Fois, Clémence Valla, Elodie Jouberton, Nicolas Sas, Tommy Billoux, et al.. Internal dosimetry of [$^{99m}$Tc]NTP15‐5 radiotracer for cartilage imaging in preclinical and clinical models using the GATE Monte Carlo platform. Medical Physics, 2020, 48, pp.477-487. ⟨10.1002/mp.14603⟩. ⟨hal-03056894⟩
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