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Positrigo secures CE Mark in Europe for its pioneering dedicated brain PET system

Press releases may be edited for formatting or style | October 08, 2024 Molecular Imaging
ZURICH, Oct. 3, 2024 /PRNewswire/ -- Positrigo, a Swiss based company developing nuclear medical imaging devices to advance functional brain imaging, has achieved another major milestone with the CE Mark in Europe for its dedicated brain Positron Emission Tomography (PET) system NeuroLF®. This innovative imaging device is ultra-compact and assists in diagnosing and monitoring of brain related disorders like Alzheimer's disease, Brain Tumors, Epilepsy, Parkinson's disease and others.

"The CE mark of the NeuroLF system is another important milestone in the development of this dedicated brain PET system and represents a significant advance in the availability of brain PET imaging, allowing nuclear medicine physicians in Europe to offer a dedicated imaging modality to diagnose and monitor patients with brain related disorders", says Prof. Dr. med. Osama Sabri, Director and Chairman of the Department of Nuclear Medicine at the University of Leipzig Medical Center. Indeed, the NeuroLF system is much smaller and more affordable compared to the currently available clinical hybrid PET systems with a much larger footprint and weight and always combined with either MRI or CT. Dr. Jannis Fischer, co-founder and CEO of Positrigo states: "At Positrigo, we seek to push the limits by developing and commercializing new types of medical imaging technologies. The CE mark of the NeuroLF system is testament to this, now offering healthcare professionals the potential to improve the diagnosis for people living with brain related disorders like Alzheimer's disease (AD) while setting a new standard in brain PET imaging."

Increased Demand for Brain PET in Europe

The European Association of Nuclear Medicine (EANM) Neuroimaging Committee believes that amyloid PET is now at a historical turning point, where it has paved the way for early AD diagnosis. These experts expect that amyloid PET will be more widely used in the near future to justify the initiation and to monitor the effect of disease-modifying therapies on biological grounds (1). The Nuclear Medicine community should therefore be prepared to adjust its capacities to the increased demand for amyloid PET radiotracers, PET imaging infrastructure, and training for image reading and reporting in the near future. According to some estimates, the need for amyloid PET may increase by a factor of 20 (2). Thanks to the European market clearance of NeuroLF, Positrigo is now able to offer a solution which can improve the PET imaging infrastructure.

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