Abstract
Risk of preterm birth (PTB) increases with shortening cervical length (CL) in the mid-trimester; yet, pathophysiology is poorly understood. Uterine electromyography (uEMG) is a novel technology, which offers nuanced assessment of myometrial signaling, not observable with legacy tocodynamometry. We aimed to characterize uterine bioelectrical activity in pregnant patients with short cervical lengths (CL) in the mid-trimester.
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