Advances in Neurostimulation Devices
The past decade has seen increased use of devices designed to stimulate along the spinal axis or within the brain substance to treat intractable pain or disabling movement disorders. Concomittent with this period of expanding use, refinements have been made both in the electrodes and the stimulation devices. Some of the more significant alterations will be discussed.
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- Avery R, Comte P, Haut H, Siegfried J (1980) Experimental study of a Dacron Stabilized Electrode for Epidural Spinal Cord Stimulation. Proc Europ Soc for Artifical Organs VII: 62–66Google Scholar
- Blume H, Richardson R, Rojas C (1982) Epidural Stimulation of the Lower Spinal Cord and Cauda Equina for the Relief of Intractable Pain. In: Failed Low Back Surgery. Appl Neurophysiol 45: 456–460Google Scholar
- Brummer SB, McHardy J (1977) Current Problems in Electrode development. In: Hambrecht FT, Reswick JB (eds) Functional Electrical Stimulation. Dekker, New York, pp 499–514Google Scholar
- Comte P, Siegfried J (1979) Therapeutical Spinal Cord Stimulation: Comparison between Mono- polar and Bipolar Systems. Proc European Soc for Art Organs VI: 345–349Google Scholar
- Donaldson PEK, Donaldson NN, Brindley GS (1985) Life of P+ and P+-Ir Stimulating Electrodes in Neurological Protheses. Med Biol Eng Comput 23:83–84Google Scholar
- Martinez N (1985) Personal CommunicationGoogle Scholar