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A way to detect obstructive and mixed apnea in preterm infants with apnea…
A way to detect obstructive and mixed apnea in preterm infants with apnea of prematurity in Kenyan county referral hospitals, in order to reduce the duration of hypoxemic events
Hardware
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Wearable Sensor
Mechanoceramic material that changes color with strain to tell if baby is struggling with exhaustion from breathing
A band/vest around ribs that can detect stretch, which can measure work of breathing over time
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Camera Sensing
Infrared camera that is high def and tracks how high the chest rises and falls through in-depth pixelation to calculate respiratory pressure and volume
Software
App
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App that allows patients to monitor their own respiratory rate by tapping a button on a phone every time they take a breath
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Algorithm
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Software that reads charting and notes to identify healthcare practitioners that need more training in certain areas
Dashboard
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Warning alert system with lights to indicate green, yellow, red, like a stoplight on whether a baby has apnea
Wetware
Biomarkers
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CO₂ in blood detection (if it increases, detect CO₂ accumulation
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Living tissue/organoid that releases oxygen depending on the needs of the patient and the current oxygen levels
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Biological intervention
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Oxygen-dependent patch that releases caffeine based on severity of apnea/blood oxygen (connect to hardware)
Oxygen-dependent patch that releases caffeine based on severity of apnea/blood oxygen (connect to hardware)
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