Terry R S, Tarver W B, Zabara J
Cyberonics, Inc., Webster, Texas.
Pacing Clin Electrophysiol. 1991 Jan;14(1):86-93. doi: 10.1111/j.1540-8159.1991.tb04052.x.
The neurocybernetic prosthesis system (NCP) is an implantable, multiprogrammable pulse generator that delivers constant current electrical signals to the vagus nerve for the purpose of reducing the frequency and severity of epileptic seizures. The signals are delivered on a predetermined schedule, or may be initiated by the patient with an external magnet. The device is implanted in a subcutaneous pocket in the chest just below the clavicle, similar to pacemaker placement. The stimulation signal is transmitted from the prosthesis to the vagus nerve through a lead connected to an electrode which is a multi-turn silicone helix, with a platinum band on the inner turn of one helix. The prosthesis can be programmed with any IBM- compatible personal computer using NCP software and a programming wand.
神经控制假体系统(NCP)是一种可植入的、多程序脉冲发生器,其通过向迷走神经传递恒定电流电信号,以降低癫痫发作的频率和严重程度。这些信号按照预定时间表发送,或者也可以由患者使用外部磁铁启动。该设备植入锁骨下方胸部的皮下囊袋中,类似于起搏器的植入位置。刺激信号通过连接到电极的导线从假体传输到迷走神经,该电极是一个多匝硅胶螺旋体,在其中一个螺旋体的内匝上有一个铂带。使用NCP软件和编程棒,可以通过任何兼容IBM的个人计算机对假体进行编程。