Bias value of TST between polysomnography and the ECG-based detection algorithm for different classes of: (i) predominance of the type of events (hypopneas or apneas), (ii) main mechanism involved in the majority of apneas genesis (obstructive or central).

<p>Bias value of TST between polysomnography and the ECG-based detection algorithm for different classes of: (i) predominance of the type of events (hypopneas or apneas), (ii) main mechanism involved in the majority of apneas genesis (obstructive or central).</p>

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Bibliographic Details
Main Author:	Pauline Guyot (8566470) (author)
Other Authors:	Morgane Eveilleau (21376753) (author), Thierry Bastogne (299905) (author), Carole Ayav (3771181) (author), Nicolas Carpentier (21376756) (author), Bruno Chenuel (761485) (author)
Published:	2025
Subjects:	Medicine Space Science Biological Sciences not elsewhere classified Information Systems not elsewhere classified negative predictive values home devices enhanced global adult population develop new solutions term electrocardiogram signal term ecg algorithm retrospective study aimed new method based hour (/ h 80 %, respectively sleep apnea syndrome based detection method new ecg sleep apnea ecg signal proposed method based algorithms hypopnea syndrome sleep clinician simple ecg standard interpretation promising opportunity performed attended nocturnal long mean bias lab polysomnography growing interest gold standard five exams detect apneas blind manner
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Bias value of TST between polysomnography and the ECG-based detection algorithm for different classes of: (i) predominance of the type of events (hypopneas or apneas), (ii) main mechanism involved in the majority of apneas genesis (obstructive or central).

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