A significant clinical advancement has emerged from UC San Diego’s engineering department: a wearable ultrasound patch capable of sustaining hours of continuous fetal monitoring, substantially outperforming conventional ultrasound systems limited to brief, intermittent sessions.
This technological leap proves particularly valuable for high-risk pregnancy management, where extended surveillance is critical for detecting fetal distress, growth restrictions, and umbilical cord complications. The patch maintains consistent imaging quality despite natural fetal movement, eliminating the need for repeated imaging sessions and hospital visits that characterize traditional prenatal monitoring protocols.
For expectant mothers managing complicated pregnancies, this extended monitoring capability represents a paradigm shift in care delivery. The ability to achieve continuous assessment without hospitalization or movement restriction addresses longstanding clinical limitations while improving both safety outcomes and maternal wellbeing. Early trials demonstrate promising potential for widespread clinical adoption.
Read the full article on GMJ Newsroom.
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