Use of anatomically-accurate 3-dimensional nasal airway models of adult human subjects in a novel methodology to identify and evaluate the internal nasal valve - Hosseini, Sana; Schuman, Theodore A.; Walenga, Ross; Wilkins, John V.; Babiskin, Andrew; Golshahi, Laleh (Computers in biology and medicine, 2020)
Keywords: Accuracy; Acoustics; Age; Cartilage; Computed tomography; Cutting parameters; Digital imaging; Evaluation; Human subjects; Identification; Internal Medicine; Internal nasal valve; Medical imaging; Methods; Minimum cross-sectional area; Nasal obstruction; Nasal valve angle; Nasal valve area; Nose; Other; Paranasal sinuses; Patients; Respiration; Respiratory tract; Sinuses; Three dimensional models; United States--US; Virginia; Nasal valve angle; Minimum cross-sectional area; Nasal obstruction; Computed tomography; Internal nasal valve; Nasal valve area