Martin Skalej

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About

Martin Skalej is a pioneering figure in interventional neuroradiology and neuroimaging, with a focus on advancing robotic assistance and perfusion imaging for stroke and spine interventions. His major contributions include the development of a novel technique for measuring cerebral blood flow (CBF) and cerebral blood volume (CBV) using robot-arm-mounted flat-panel CT in large-animal models, a breakthrough that enhances patient selection for endovascular therapy in acute ischemic stroke, particularly for late-presenting cases. This work, cited 11 times, underscores his role in translating cutting-edge imaging into clinical practice. Skalej also explored robotic assistance for spine interventions, a field with growing impact (4 citations), demonstrating his versatility in merging robotics with precision medicine. His research bridges engineering and clinical neurology, offering tools to assess viable tissue and improve outcomes in stroke and spinal procedures. With a career marked by innovation in perfusion imaging and robotic systems, Skalej’s contributions are vital for students and researchers interested in the intersection of technology and neurovascular care, highlighting how novel imaging techniques can refine therapeutic decisions and patient prognosis.