Abstract
Differential Target Multiplexed (DTM™) spinal cord stimulation (SCS) has shown superior back pain relief to traditional SCS1 and has expanded the understanding of mechanism of action through preclinical studies demonstrating glial cell modulation.2,3 Along with the development of advanced stimulation patterns, energy dosing and waveform optimization for different environments are being explored. This study characterizes the efficacy and energy use of a stimulation pattern designed using the principles of DTM SCS with modifications to better understand energy requirements.
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