Pressure-Sensing Mattresses and Mechanical Ventilation Weaning in Neonatal

Bronchopulmonary Dysplasia

newborn, ballistocardiograph, pressure sensor, unobtrusive sensing

This study aims to explore the correlation between using ballistocardiography for monitoring respiration and heart rate in neonates under invasive and non-invasive respiratory support.

Background： Traditional physiological measurement methods often require subjects to remain immobile or have various devices attached to their bodies, causing discomfort, especially unsuitable for neonatal care. However, with the development of electronic technologies, these methods have improved. ballistocardiography (BCG) presents a possible solution for monitoring neonates' physiological signals. BCG is a non-invasive and non-contact instrument that measures the body's reactive motion pressure changes caused by cardiac contraction. These sensors do not require direct attachment, allowing for long-term physiological signal measurement without disturbing the subject. Methods： The study will be conducted in the neonatal intensive care unit on the seventh floor of Fu Jen Catholic University Hospital, with an expected enrollment of 60 participants. The subjects will be grouped and stratified based on weight and the use of invasive respiratory support. During the hospitalization, daily output of ventilator data and physiological monitor data will be collected and analyzed for correlation. Effect： This trial is expected to confirm the application of BCG in the neonatal population, demonstrate its correlation with current conventional physiological monitors, and assess its applicability in low-weight preterm infants. Additionally, the study will investigate whether continuous BCG monitoring during hospitalization can predict the possibility of bronchopulmonary dysplasia.

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Taiwan