Journal of Dental Research · 1983 · 477 citations · 9 references
DentistryCraniofacial BiologyOral BiologyAdult OrthodonticsOral AnatomyOral HealthOcclusal AnalysisOcclusal AnatomyOcclusal EvaluationOcclusionOropharyngeal Swallowing PhysiologySwallowing PhysiologyBite Force AnalysisBite Force DistributionChewing Simulator TestingEffort IntensityMasticatory Muscle Force DistributionOcclusal Force ResponseOcclusal Force Transmission
Using both quartz- and foil-based piezo-electric force transducers, occlusal forces during swallow, simulated chewing, and maximum effort were evaluated in 19 long-face and 21 normal individuals. Forces were measured at 2.5 mm and 6.0 mm molar separation. Long-face individuals have significantly less occlusal force during maximum effort, simulated chewing, and swallowing than do individuals with normal vertical facial dimensions. No differences in forces between 2.5- and 6.0-mm jaw separation were observed for either group.
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Deglutition: A study of form and function
John F. Cleall · American Journal of Orthodontics · 1965 · 177 citations