C. Brihaye

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About

C. Brihaye is a pioneering radiochemist whose work has been instrumental in advancing the automation of radiopharmaceutical synthesis for Positron Emission Tomography (PET). Their key research areas focus on the development of robotic and automated systems for the safe, efficient, and reproducible production of short-lived radiotracers. Brihaye’s most significant contribution is the landmark 1993 paper, "Radiochemistry Automation for PET," which has garnered 67 citations and serves as a foundational reference for integrating robotics into radiochemistry. This work addressed critical challenges in handling radioactive materials, enabling more complex syntheses while minimizing radiation exposure to personnel. Building on this, Brihaye demonstrated the practical application of these systems in a 1994 peer-reviewed study, detailing the robot-assisted synthesis of key PET tracers, including [18F]altanserin and 6-[18F]fluoro-L-dopa. Though this specific paper has fewer citations, it showcases the direct translation of automation principles into producing clinically relevant compounds. Brihaye’s contributions have helped shape modern radiochemistry automation, making them a notable figure in the field’s evolution toward safer, more reliable tracer production.