Stealth navigation system

Manufactured by Medtronic

Sourced in United States

The Stealth navigation system is a medical device designed to provide precision guidance and localization during surgical procedures. It utilizes advanced imaging and tracking technologies to assist healthcare professionals in accurately navigating surgical instruments within the patient's anatomy. The core function of the Stealth navigation system is to enhance the accuracy and efficiency of surgical interventions.

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Lab products found in correlation

Close spelling variants of this product

Stealth Station S7 Navigation System (5 citations) Stealth Station Navigation System (4 citations) Stealth Station S7 Surgical Navigation System (3 citations) Stealth Surgical Navigation System (2 citations)

3 protocols using stealth navigation system

Navigated Spinal Instrumentation Surgery

Cited 1 time

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The application of navigation and robotics in spine surgery is relatively new. Its promise to improve the efficiency and precision of inserting spinal instrumentation serves the needs of outpatient surgery well.^{10 (link)} Mal-positioned hardware can cause increased pain and, along with the need for possible re-operation, can lead to extended stays. The Stealth Navigation System with O-arm image acquisition was used for most cases (Medtronic Spine, Minneapolis, MN, USA).

, & Kim C.W. (2022). MIS TLIF, EndoTLIF, and the Ability of Navigation/Robotics to Enable Spinal Surgery in an Ambulatory Care Setting. Global Spine Journal, 12(2 Suppl), 34S-39S.

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Cerebellar Stimulation Guided by fMRI

Cited 2 times

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In one motor mapping patient (63 year-old male, M4) with a fourth ventricular ependymoma, pre-operative functional MRI was undertaken in order to increase the likelihood of locating sites for cerebellar stimulation to evoke a peripheral response. The sensorimotor fMRI paradigm involved the patient moving their fingers or toes at an irregular rhythm directed by the flashing words ‘fingers’ or ‘toes’ on an LCD screen^{8 (link)}. fMRI data were analysed using the FSL software package (http://fsl.fmrib.ox.ac.uk). The functional data were uploaded onto the Stealth navigation system (Medtronic, Minneapolis, USA). The fMRI data and the T1 structural scan (Magnetization-Prepared Rapid Gradient-Echo sequence, MPRAGE^{41 (link)}) were in NIfTI (Neuroimaging Informatics Technology Initiative) format. These were converted to DICOM (Digital Imaging and Communications in Medicine) format compatible to the Stealth navigation system. These were then transformed onto the subject’s T1 structural MRI scan. Cerebellar surface stimulation was carried out at the closest, accessible surface site from the BOLD activated area within the cerebellum.

Ashida R., Walsh P., Brooks J.C., Cerminara N.L., Apps R, & Edwards R.J. (2022). Sensory and motor electrophysiological mapping of the cerebellum in humans. Scientific Reports, 12, 177.

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Cerebellar fMRI-Guided Stimulation

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In one motor mapping patient (63 year-old male, M4) with a fourth ventricular ependymoma, pre-operative functional MRI was undertaken in order to increase the likelihood of locating sites for cerebellar stimulation to evoke a peripheral response. The motor fMRI paradigm involved the patient moving their ngers or toes at an irregular rhythm directed by the ashing words ' ngers' or 'toes' on an LCD screen 8 . fMRI data were analysed using the FSL software package (http://fsl.fmrib.ox.ac.uk). The functional data were uploaded onto the Stealth navigation system (Medtronic, Minneapolis, USA). The fMRI data and the T1 structural scan (Magnetization-Prepared Rapid Gradient-Echo sequence, MPRAGE 40 (link) ) were in NIfTI (Neuroimaging Informatics Technology Initiative) format. These were converted to DICOM (Digital Imaging and Communications in Medicine) format compatible to the Stealth navigation system. These were then transformed onto the T1 structural MRI scan. Cerebellar surface stimulation was carried out at the closest, accessible surface site from the BOLD activated area within the cerebellum.
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Ashida R., Walsh P., Brooks J., Cerminara N.L., Apps R., & Edwards R. (2021). Sensory and Motor Electrophysiological Mapping of the Cerebellum in Humans.

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