PubMed · 15434263
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M B RAY. 1950. Electrotherapy.. https://pubmed.ncbi.nlm.nih.gov/15434263/
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Recent technological advancements in microelectronics have led to the establishment of systems for restoration of basic functions in spinal cord injured (SCI) persons using functional electrical stimulation (FES). FES systems for the restoration of bladder and diaphragm function are well established in clinical practice. While FES systems in the lower extremities for standing/walking have not yet achieved widespread clinical acceptance, devices which enhance or restore the grasp function in tetraplegic patients with missing control of hand and fingers are demonstrably successful. Especially with the use of implantable systems a reliable, easy to handle application is possible. The most recent developments in micromechanical engineering are aimed at providing minimally invasive, subminiature systems for functional support in incomplete SCI persons. The possibility of direct brain control of FES systems will expand the application of neuroprostheses for patients with injury of the high cervical spinal cord.
This article describes a project in which a national continuous quality improvement system and a payment scheme were explicitly linked, while introducing an expensive treatment (Spinal Cord Stimulation (SCS)) in the social health insurance benefit package, in The Netherlands. By linking a national CQI system and a payment scheme in a conditional financing policy a steering instrument for future control of the quality of neuromodulation treatment through SCS is created.