Volumetric analysis of total pharyngeal airway space using cone beam computed tomography among adult egyptians
Ahmad El Rawdy, Walaa Elgemeeay
Abstract
Ahmad El Rawdy, Walaa Elgemeeay
Abstract
A typical airway is needed for typical improvement of the craniofacial structures. The objective of the research was to; analyse and contrast the pharyngeal airway volume in the class I and class II facial skeletal patterns using cone beam computed tomography. Methods: The present retrospective study was led on 80 cone beam computed tomography (CBCT) records of adult egyptians ranging in age from 20-40 years. The records were equally divided into 2 groups; group I (G1) skeletal class I ANB =1°-4°), (group II, skeletal class II (G2) ANB >4°). Evaluation of the pharyngeal air way space volume was conducted and statistically analyzed to contrast between G1 and G2 Results: Statistically significant distinctions was found on total pharyngea1 airway volume between G1&G2 Conclusion: The entire volume of pharyngea1 airway space was much larger in G1 than G2 subjects.
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A typical airway is needed for typical improvement of the craniofacial structures. The objective of the research was to; analyse and contrast the pharyngeal airway volume in the class I and class II facial skeletal patterns using cone beam computed tomography. Methods: The present retrospective study was led on 80 cone beam computed tomography (CBCT) records of adult egyptians ranging in age from 20-40 years. The records were equally divided into 2 groups; group I (G1) skeletal class I ANB =1°-4°), (group II, skeletal class II (G2) ANB >4°). Evaluation of the pharyngeal air way space volume was conducted and statistically analyzed to contrast between G1 and G2 Results: Statistically significant distinctions was found on total pharyngea1 airway volume between G1&G2 Conclusion: The entire volume of pharyngea1 airway space was much larger in G1 than G2 subjects.
Key concepts: Cone beam computed tomography, Airway, Medicine, Computed tomography, Craniofacial, Volume (thermodynamics), Orthodontics, Nuclear medicine