⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文提出了一种神经“共处理器”的概念，用于探索神经系统疾病的治疗方法。通过融合神经科学、电路设计、算法和能量传递方法，开发了先进的植入式系统，以更好地服务患者群体。
Heather Orser1, Enrico Opri3, Vaclav Kremen2, Ben Brinkmann2, Aysegul Gunduz3, Kelly Foote3, Greg Worrell2, Tim Denison1 Medtronic Neurological Technology, Fridley, MN Mayo Clinic, Rochester, MN 3 University of Florida, Gainesville, FL 1 2 While first-generation implantable systems exist today that modulate the nervous system, there is a critical need for advancing neurotechnology to better serve patient populations. The convergence of neuroscience and technologies in circuits, algorithms, and energy transfer methods, combined with the growing burden of neurological diseases, make this a timely opportunity. Significantly improving systems arguably requires more than an incremental advancement of “deep brain stimulation;” we propose a fundamental shift in mindset in how engineered bioelectronic systems are interfaced with the body to treat disease. Bioelectronic medicines and the notion of a "brain coprocessor" provide a
Scott Stanslaski1, Jeffrey Herron1, Elizabeth Fehrmann1, Rob Corey1,