Epiglottis cross-sectional area and oropharyngeal airway length in obstructive sleep apnea patients: a stroke versus obstructive sleep apnea (OSA) case control study
Componente | Qualifica | Struttura | Categoria |
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Chiara Andreoli | MD | SCIENZE ANATOMICHE, ISTOLOGICHE, MEDICO LEGALI E DELL'APPARATO LOCOMOTORE | Altro personale Sapienza o esterni |
Melania Franco | MD | Organi di Senso | Altro personale Sapienza o esterni |
Maria Teresa Di Mascio | Neurologist,MD | Dipartimento di Emergenza ed Accettazione | Altro personale Sapienza o esterni |
Cristina Lo Iacono | Internal Medicine, MD | Dipartimento di Scienze cardiovascolari, respiratorie, nefrologiche, geriatriche | Altro personale Sapienza o esterni |
Luca Puzziferri | Internal Medicine MD | Dipartimento di Scienze cardiovascolari, respiratorie, nefrologiche, geriatriche | Altro personale Sapienza o esterni |
Claudio Di Biasi | radiologist,MD | SCIENZE ANATOMICHE, ISTOLOGICHE, MEDICO LEGALI E DELL'APPARATO LOCOMOTORE | Altro personale Sapienza o esterni |
Evidences suggest that changes in brain connectivity after stroke might facilitate SDB cause of reorganization of brain networks involved either in breathing or in wake control thus influencing collapsibility of the airway during sleep, when the general muscle tone is reduced. This study is focused on measuring the difference of the hard palate and the tip of the epiglottis (OPAL) dimension between stroke and non-stroke patients affected by SDB as respect to healthy controls (HC), so as misured respectibelly by structural MRI and ENT (ear-nose-Throat) evaluation. These information may help to differentiate between stroke cases affected by SDB since before the event (best responders to CPAP treatment), to those who manifest the SDB disturb as a consequence of altered brain netwoks involved in the control of breathing during sleep. A consecutive series of patients, either affected by chronic stroke or SDB, will be asked to take part in the study. An equal number of age/gender HC will be included. All subjects will be submitted to structural MRI imaging of the brain and neck, to ORL standardazed measuments (ENT), and to Polisomnography (PSG). SPSS version 23 will be used for data analyses. Age, gender, BMI, and oropharyngeal airway (OPA) morphology will be assessed between SDB severity, stroke-specific SDB, and HC using one-way analysis of variance. Pearson¿s r will be adopted for correlation analysis. All parametric values will be expressed as mean ± SD, 2 tailed. Statistical significance level is set at p