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‡ indicates a third-party trademark, which is property of its respective owner.īluetooth is a registered trademark of Bluetooth SIG, Inc. NeuroSphere™ Virtual Clinic is supported by Bluetooth ® wireless technology and iOS‡ software to offer an intuitive therapy experience. The Proclaim™ SCS Family, the Proclaim™ DRG System and the Infinity™ DBS platform support NeuroSphere™ Virtual Clinic allowing you to receive remote programming and go beyond clinical walls with the care and support you need. It’s the only DBS system available to offer remote programming technology helping you feel better, quicker.* The Infinity™ Deep Brain Stimulation system delivers mild pulses of electricity to the precise areas within the brain, alleviating symptoms of Parkinson’s and essential tremor. The Proclaim™ DRG Neurostimulation System is the first and only neurostimulation device approved only for complex regional pain syndrome (CRPS) and those seeking relief from causalgia -nerve pain following surgery or injury. Abbott’s SCS devices deliver its proprietary BurstDR™ stimulation waveform, a superior therapy designed to more closely mimic how pain signals travel to the brain and treat the emotional suffering related to pain, unlike traditional tonic stimulation. The Proclaim™ SCS Family and Eterna™ SCS System offer recharge-free and rechargeable options respectively, as well as an upgradeable software platform so patients can receive the latest technology without a replacement.
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The Proclaim™ SCS Family and Eterna™ SCS System are designed for the treatment of chronic pain, pain caused by Diabetic Peripheral Neuropathy, and non-surgical back pain. We can support you in your journey to reduce or stabilize the long-term use of medications and live life to the fullest. © 2017 International Neuromodulation Society.If you are living with chronic pain and movement disorders, our comprehensive portfolio of therapies can help you move and feel better by delivering stimulation to the spinal cord, dorsal root ganglion (DRG), or brain, depending on your needs. Spinal cord stimulation chronic pain neuropathic pain paresthesia. It represents an application of "big data" techniques, and a step toward achieving personalized SCS therapy tailored to the individual's chronic pain. It conveys sensation of fine touch, vibration, pressure, two-point discrimination and proprioception (position) from the skin and joints. This paresthesia atlas uses real-world, aggregate data to determine likelihood of paresthesia coverage as a function of stimulating electrode location. The dorsal column-medial lemniscus pathway (DCML) is a sensory pathway of the central nervous system. Higher levels in the thoracic spine were associated with greater coverage of the buttocks, back, and thigh, and with lesser coverage of the leg and foot. There were significant differences in the likelihood of achieving paresthesia, with higher thoracic levels (T5, T6, and T7) more likely to achieve low back coverage but also more likely to introduce paresthesia felt at the ribs. Unwanted paresthesia at the ribs occurred in 8% of patients. Tonic dorsal column spinal cord stimulation has also been used to augment strength in patients with incomplete SCI, but also suffers from the inability to finely adjust the desired motor response. In the 178 patients analyzed, the most prevalent areas of paresthesia coverage were buttocks, anterior and posterior thigh (each 98%), and low back (94%).
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Fisher's exact test was used to identify significant differences in likelihood of paresthesia coverage as a function of spinal stimulation level. Segments of paresthesia coverage were grouped anatomically. Likelihood of paresthesia coverage was determined as a function of stimulating electrode location. Spinal level of dorsal column stimulation was determined by x-ray adjudication and active cathodes in patient programs. This retrospective analysis used x-rays, SCS programming data, and paresthesia coverage maps from the EMPOWER registry of SCS implants for chronic neuropathic pain. Using aggregate data, our objective is to produce a map of paresthesia coverage as a function of electrode location in SCS. Concordant paresthesia coverage is an independent predictor of pain relief following spinal cord stimulation (SCS). When compared to dorsal column spinal cord stimulation (SCS) lead placement, DRG-S requires a significantly different technique for electrode placement that continues to evolve.