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slpa49 under Sleep Monitoring/Polysomnography/Respiratory Event Counts in HCHS variables
Apnea and hypopnea events were not distinguished as separate event types during scoring. Both were classified as a respiratory event that required a 50% reduction in Nasal Flow signal for at least 10 seconds.Estimated sleep duration, providing an approximation of total sleep duration (i.e. total sleep time) inferred from analysis of non-EEG channels Zhao et al., 2017 (PMID:27707441) Any continuous periods of >=20 min with loss of respiratory channel was marked as wake and not included in the estimates.
slpa50 under Sleep Monitoring/Polysomnography/Respiratory Event Counts in HCHS variables
Apnea and hypopnea events were not distinguished as separate event types during scoring. Both were classified as a respiratory event that required a 50% reduction in Nasal Flow signal for at least 10 seconds.Estimated sleep duration, providing an approximation of total sleep duration (i.e. total sleep time) inferred from analysis of non-EEG channels Zhao et al., 2017 (PMID:27707441) Any continuous periods of >=20 min with loss of respiratory channel was marked as wake and not included in the estimates.
slpa57 under Sleep Monitoring/Polysomnography/Respiratory Event Counts in HCHS variables
Apnea and hypopnea events were not distinguished as separate event types during scoring. Both were classified as a respiratory event that required a 50% reduction in Nasal Flow signal for at least 10 seconds.Estimated sleep duration, providing an approximation of total sleep duration (i.e. total sleep time) inferred from analysis of non-EEG channels Zhao et al., 2017 (PMID:27707441) Any continuous periods of >=20 min with loss of respiratory channel was marked as wake and not included in the estimates.
slpa58 under Sleep Monitoring/Polysomnography/Respiratory Event Counts in HCHS variables
Apnea and hypopnea events were not distinguished as separate event types during scoring. Both were classified as a respiratory event that required a 50% reduction in Nasal Flow signal for at least 10 seconds.Estimated sleep duration, providing an approximation of total sleep duration (i.e. total sleep time) inferred from analysis of non-EEG channels Zhao et al., 2017 (PMID:27707441) Any continuous periods of >=20 min with loss of respiratory channel was marked as wake and not included in the estimates.
slpa59 under Sleep Monitoring/Polysomnography/Respiratory Event Counts in HCHS variables
Apnea and hypopnea events were not distinguished as separate event types during scoring. Both were classified as a respiratory event that required a 50% reduction in Nasal Flow signal for at least 10 seconds.Estimated sleep duration, providing an approximation of total sleep duration (i.e. total sleep time) inferred from analysis of non-EEG channels Zhao et al., 2017 (PMID:27707441) Any continuous periods of >=20 min with loss of respiratory channel was marked as wake and not included in the estimates.
slpa66 under Sleep Monitoring/Polysomnography/Respiratory Event Counts in HCHS variables
Apnea and hypopnea events were not distinguished as separate event types during scoring. Both were classified as a respiratory event that required a 50% reduction in Nasal Flow signal for at least 10 seconds.Estimated sleep duration, providing an approximation of total sleep duration (i.e. total sleep time) inferred from analysis of non-EEG channels Zhao et al., 2017 (PMID:27707441) Any continuous periods of >=20 min with loss of respiratory channel was marked as wake and not included in the estimates.
slpa67 under Sleep Monitoring/Polysomnography/Respiratory Event Counts in HCHS variables
Apnea and hypopnea events were not distinguished as separate event types during scoring. Both were classified as a respiratory event that required a 50% reduction in Nasal Flow signal for at least 10 seconds.Estimated sleep duration, providing an approximation of total sleep duration (i.e. total sleep time) inferred from analysis of non-EEG channels Zhao et al., 2017 (PMID:27707441) Any continuous periods of >=20 min with loss of respiratory channel was marked as wake and not included in the estimates.
slpa68 under Sleep Monitoring/Polysomnography/Respiratory Event Counts in HCHS variables
Apnea and hypopnea events were not distinguished as separate event types during scoring. Both were classified as a respiratory event that required a 50% reduction in Nasal Flow signal for at least 10 seconds.Estimated sleep duration, providing an approximation of total sleep duration (i.e. total sleep time) inferred from analysis of non-EEG channels Zhao et al., 2017 (PMID:27707441) Any continuous periods of >=20 min with loss of respiratory channel was marked as wake and not included in the estimates.
lgn under Sleep Monitoring/Polysomnography/Quantitative Respiratory Analysis in MESA variables
The magnitude of reflex (opposing) ventilatory drive response to a change in ventilation; it describes the ventilatory control stability and includes the effect of circulatory delays. Ventilatory drive is the level of ventilation that would be observed at any moment if the respiratory mechanics were normal, i.e. intended ventilation.
Apnea, Bariatric surgery, and CPAP study
... | - | | Respiratory Rate | Respiratory Rate | Respiratory Rate | - | ...
Childhood Adenotonsillectomy Trial
... were “useable.” - Useable respiratory data is defined as ... Identify studies where distinguishing respiratory event subtypes is of ... the scorer to detect respiratory events and to distinguish ...
Wisconsin Sleep Cohort
... 100 | - | Respiratory inductance plethysmography | | ... 100 | - | Respiratory inductance plethysmography | | ... 100 | - | Respiratory inductance plethysmography | | ...
Wisconsin Sleep Cohort
... provided sleep staging and respiratory event scoring annotations. These ... .sco.txt - WSC original respiratory event scoring for Gamma ... WSC original staging and respiratory event scoring for Twin ...
Reply by tibewzzz on April 5, 2024 on Forum
... the signal label of respiratory rate in the EDF ... know how to extract respiratory rate using pyedflib library. ... how to calculate the respiratory rate from the original ...
lmar under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with arousal and respiratory events
lmardelta under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with arousal and respiratory events in delta sleep
lmarnrem under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with arousal and respiratory events in NREM sleep
lmarrem under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with arousal and respiratory events in REM sleep
lmarslp under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb aovements with arousal and respiratory events in all sleep
lmarstg1 under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with arousal and respiratory events stage 1 sleep
lmarstg2 under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with arousal and respiratory events stage 2 sleep
lmr under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with respiratory events
lmrdelta under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with respiratory events in delta sleep
lmrnrem under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with respiratory events in NREM sleep
lmrrem under Sleep Monitoring/Polysomnography/Limb Movements in CFS variables
Total limb movements with respiratory events in REM sleep