Article originalMesures volumétriques des bases osseuses maxillaires et des cavités aériennes de la face en imagerie 3DVolumetric measurements of maxillary basal bones and facial air cavities using 3D imagery
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Evaluation of upper airway volume and craniofacial volumetric structures in obstructive sleep apnoea adults: A descriptive CBCT study
2019, International OrthodonticsCitation Excerpt :Several studies attempted to establish a relation between oro-pharyngeal dimensions and craniofacial structures in subjects with sleep disorders and in particular with OSA, through cephalometric radiographic measurements [3–6], or by using magnetic resonance imaging [7,8]. The use of three-dimensional (3D) craniofacial reconstruction imaging approaches led to the widespread use of 3D imaging techniques for calculating volumes of facial bones and air cavities [9,10] and for the assessment of diagnosis and treatment of OSA [11,12]. Relevant 3D studies are mainly focusing on airway volume [13,14], its relationship to skeletal and facial morphology [15–18] and on changes that occur with orthognathic surgery [19–21].
Demonstration of targeting maxillary sinuses by sonic aerosol therapy
2012, Annales Francaises d'Oto-Rhino-Laryngologie et de Pathologie Cervico-FacialeSonic aerosol therapy to target maxillary sinuses
2012, European Annals of Otorhinolaryngology, Head and Neck DiseasesCitation Excerpt :From these data, the tobramycin deposition rate in the lungs can be estimated at 0.0346 μg/cm2 (for a maximum deposition area of 130 m2). If the maxillary sinus is assimilated to a sphere of about 17 cm3 (mean = 15 to 20 cm3 in the literature) [23–25], the potential aerosol deposition area in a sinus will be 31.9 cm2. Gentamicin deposition in the plastinated head sinuses was estimated at 0.05183 μg/cm2.
Usefulness of hard palate measurements in predicting airway dimensions in patients referred for cone beam ct
2021, Open Dentistry Journal