PURPOSE: We present a new system for 3D ultrasound-guided placement of cerebral ventricle catheters. The system has been developed with the aim to provide accurate ultrasound-based guidance with only minimal changes to the current surgical technique and workflow. METHODS: The system consists of a pre-calibrated navigation adapter for the catheter and a reference frame attached to a standard surgical retractor in addition to an ultrasound-based navigation system with a probe that fits on top of a standard burr hole. RESULTS: The accuracy of the pre-calibrated system has been evaluated, and our measurements indicate that the accuracy of the pre-calibrated system is better than 3 mm. We also present a clinical case. CONCLUSIONS: The navigation accuracy is considered sufficient for clinical use, and initial clinical tests are promising. Further testing will be necessary to fully evaluate the performance of the system in a clinical setting.
PURPOSE: We present a new system for 3D ultrasound-guided placement of cerebral ventricle catheters. The system has been developed with the aim to provide accurate ultrasound-based guidance with only minimal changes to the current surgical technique and workflow. METHODS: The system consists of a pre-calibrated navigation adapter for the catheter and a reference frame attached to a standard surgical retractor in addition to an ultrasound-based navigation system with a probe that fits on top of a standard burr hole. RESULTS: The accuracy of the pre-calibrated system has been evaluated, and our measurements indicate that the accuracy of the pre-calibrated system is better than 3 mm. We also present a clinical case. CONCLUSIONS: The navigation accuracy is considered sufficient for clinical use, and initial clinical tests are promising. Further testing will be necessary to fully evaluate the performance of the system in a clinical setting.
Authors: Alan T Villavicencio; Jean-Christophe Leveque; Matthew J McGirt; John S Hopkins; Herbert E Fuchs; Timothy M George Journal: Surg Neurol Date: 2003-05
Authors: David R Huyette; Benjamin J Turnbow; Christian Kaufman; Dale F Vaslow; Benjamin B Whiting; Michael Y Oh Journal: J Neurosurg Date: 2008-01 Impact factor: 5.115
Authors: William E Whitehead; Andrew Jea; Shobhan Vachhrajani; Abhaya V Kulkarni; James M Drake Journal: J Neurosurg Date: 2007-11 Impact factor: 5.115