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Item type:Project, Access status: without files , Implantierbarer Mikrokonnektor für die neuroregenerative Behandlung von Querschnittslähmung - QLIMPDie Technologie eines implantierbaren mechanischen Mikrokonnektor-Systems (mMS) zur Regeneration akut durchtrennter Rückenmark konnte erfolgreich im Rattenmodel nachgewiesen werden. Ziel dieses Vorhabens ist die Validierung der mMS-Technologie unter Berücksichtigung von Biokompatibilität, Resorbierbarkeit und Individualisierbarkeit am porcinen Modell.49 - Some of the metrics are blocked by yourconsent settings
Item type:Project, Access status: without files , Implantable micro connector for the neuroregenerative treatment of paraplegia-QLIMP; Validation of the mMS technology under consideration of biocompatibility, resorption and individualization for porcine modelThe technology of a mechanical microsystem (mMS) for the regeneration of transected spinal cord has been intensively investigated for more than a decade in collaboration with Prof. Klaus Seide (UK Boberg/Uni Lübeck) and Prof. Hans Werner Müller (HHU Düsseldorf). Results from rodent model prove the effect of the implant. In this project the mMS technology will be validated for a porcine model. Furthermore, aspects of bioresorption and individualization of the implant are investigated.110