2000
Comparison of Apnea Identified by Respiratory Inductance Plethysmography with That Detected by End-tidal CO2 or Thermistor
WEESE-MAYER D, CORWIN M, PEUCKER M, DI FIORE J, HUFFORD D, TINSLEY L, NEUMAN M, MARTIN R, BROOKS L, WARD S, LISTER G, WILLINGER M, Group T. Comparison of Apnea Identified by Respiratory Inductance Plethysmography with That Detected by End-tidal CO2 or Thermistor. American Journal Of Respiratory And Critical Care Medicine 2000, 162: 471-480. PMID: 10934073, DOI: 10.1164/ajrccm.162.2.9904029.Peer-Reviewed Original ResearchConceptsCollaborative Home Infant Monitoring EvaluationRespiratory inductance plethysmographyInductance plethysmographyPartial airway obstructionEpisodes of apneaEnd-tidal CO2Positive predictive valueOral thermistorAirway obstructionApnea durationApneaPredictive valueHome monitorNasal thermistorApnea eventsBreathPlethysmographyMonitoring evaluationLaboratory recordingsApnea detectionHigh agreementBody movementsInfantsObstruction
1998
Agreement among Raters in Assessment of Physiologic Waveforms Recorded by a Cardiorespiratory Monitor for Home Use
Corwin M, Lister G, Silvestri J, Peucker M, Brooks L, Davidson Ward S, Hunt C, Neuman M, Crowell D, Colton T. Agreement among Raters in Assessment of Physiologic Waveforms Recorded by a Cardiorespiratory Monitor for Home Use. Pediatric Research 1998, 44: 682-690. PMID: 9803449, DOI: 10.1203/00006450-199811000-00010.Peer-Reviewed Original ResearchConceptsHeart rateAdditional trainingBeats/minLower heart rateRespiratory inductance plethysmographyCardiorespiratory eventsApnea durationCardiorespiratory monitorsMulticenter studyCardiorespiratory recordingsPhysiologic waveformsCardiorespiratory patternsInductance plethysmographyHome monitorExperienced investigatorsApneaBradycardiaInfantsHome useNumerous reportsClear guidelinesBreathTotal agreementDurationHigh levels