LSTM analysis of infant tidal breathing detects bronchopulmonary dysplasia with 97% accuracy
New AI tool reads baby breath to spot lung disease early
This cohort study of 329 infants and 135 school-age children used recurrent neural networks to analyze tidal breathing flow time series. The…
A new computer model can read a baby's simple breathing pattern to find lung disease before it becomes serious.
Narrative review examines high-risk factors and major nursing interventions for bronchopulmonary dysplasia in premature infants.
Nursing care and risk factors for lung disease in premature babies
This narrative review addresses high-risk factors for bronchopulmonary dysplasia and major nursing interventions in premature infants. The a…
This review looks at how nursing interventions and high-risk factors affect premature infants with bronchopulmonary dysplasia, offering insi…
Closed-loop oxygen control shortens ventilation and oxygen duration in preterm infants in RCT
New Technology Helps Preterm Babies Spend Less Time on Ventilators
This randomized controlled trial in 69 preterm infants compared closed-loop automated oxygen control to manual control. The CLAC group had s…
A smart oxygen system helped preterm babies breathe on their own sooner, cutting ventilator time and reducing lung disease risk.
Lung ultrasound scores higher in children with moderate-to-severe BPD; abnormal scores may aid readmission risk assessment
Lung ultrasound scores differ in children with severe bronchopulmonary dysplasia
A cross-sectional cohort study of 125 children aged 0–24 months found higher lung ultrasound scores in those with Grade 2 and 3 bronchopulmo…
A single lung ultrasound can spot breathing trouble risks in children with severe lung disease, though normal scans do not rule out the cond…