Building trust in neonatal brain monitoring: Evaluating a new electrode (aCUP-E) for aEEG

Identificador:  imarina:9633101

Handle: https://hdl.handle.net/20.500.11797/imarina9633101

Autores:  Fabregat-Sanjuan A; Rigo-Vidal A; Pàmies-Vila R; Larrosa-Capaces S; Rius-Costa V; Julvez J; Pascual-Rubio V

Resumen:
Continuous neonatal brain monitoring using aEEG depends strongly on electrode performance. Existing electrodes may suffer from adhesion problems, impedance instability, and signal degradation during prolonged recordings. This study evaluates a novel neonatal electrode (aCUPE) specifically designed for long-term aEEG monitoring. Twenty newborns underwent simultaneous recordings using commercial and aCUP-E electrodes. Compared with commercial electrodes, aCUP-E achieved 86.2% versus 65.3% optimal recording time, demonstrated improved survival over 24 h, lower impedance variability, and comparable signal acquisition according to Bland-Altman analysis. These findings support that new electrodes such the aCUP-E could improve and broden the use of aEEG as a reliable tool for prolonged neonatal neuromonitoring.