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Background
The motility in the small intestine is governed in part by myogenic bio‐electrical events, known as slow waves. High‐resolution multi‐electrode mapping has improved our understanding of slow‐wave propagation in the small intestine but has been applied in a limited number of in vivo animal studies. This study applied high‐resolution mapping to investigate slow waves in the rabbit small...
Gastrointestinal extracellular slow wave recordings are providing critical information about normal motility and pathophysiology of the gut. Processing the signals is an important adjunct to acquire clinically and physiologically meaningful analysis. In stomach and intestine in vivo slow wave recordings, ventilation (or respiratory) artifacts can be prominent, which hinders identification and analysis...
Omnipresent bioelectrical events known as slow waves are responsible for coordinating motility in the gastrointestinal tract. Functional motility diseases, such as gastroparesis, are associated with slow wave dysrhythmias. Electrical stimulation is a potential therapy to correct abnormal slow wave patterns. We present the design and application of a new gastric pacemaker. Real-time changes to the...
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