CE mark for Vercise Gevia deep brain stimulation system


CE mark has been granted for the Vercise Gevia deep brain stimulation (DBS) system (Boston Scientific), a rechargeable, magnetic resonance (MR) conditional device indicated for the treatment of movement disorder symptoms in patients with Parkinson’s disease, dystonia and essential tremor.

The system features the Vercise Neural Navigator 2 with STIMVIEW Technology, programming software which, for the first time, allows clinicians to visualise the stimulation field while configuring DBS stimulation programs for patients.

According to Boston Scientific, DBS therapy involves the placement of a device that stimulates specific areas in the brain using electrical signals. The Vercise Gevia System is a next generation rechargeable platform with an unparalleled 25-year battery life.

The approval expands the Vercise Directional portfolio which is composed of the Vercise Primary Cell (PC) and Vercise Gevia platforms with Vercise Cartesia Directional Lead. The Vercise Directional offerings are the only DBS solutions that finely control the size, shape and direction of stimulation with multiple independent current control technology (MICC). This level of precision in delivering accurate stimulation therapy to the neural target is critical for avoiding unwanted side effects and obtaining optimal DBS outcomes.

“The Gevia System addresses the needs of both patients and physicians with the latest advances in DBS therapy,” says Ludvic Zrinzo, consultant neurosurgeon, National Hospital for Neurology and Neurosurgery, Queen Square, London, UK. “With the Gevia System, patients benefit from directional stimulation within a rechargeable system while maintaining the ability to have an MRI. This flexibility in DBS therapy is a clear step forward for patients.”

The Neural Navigator 2 software enables a physician to visualise how stimulation will be distributed in the brain while programming therapy for a patient. Typically, physicians rely primarily on patient feedback to complete programming. This software provides an additional source of information which is designed to provide optimal therapeutic results.

“I now have the potential to better define the settings that can help patients because I have the ability to visualize their stimulation field while I am programming,” says Patricia Limousin, neurologist, National Hospital for Neurology and Neurosurgery, Queens Square, London, UK. “The Neural Navigator software brings together some of the most critical information I need to customise therapy for patients.”



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