Aim: This article described a physiological impression technique todesign denture surfaces by the action of the surrounding musculatureduring functional movements based on "neutral zone concept" inpatients with the severely atrophied mandibular ridge.Methodology: Dual surface impression technique was employed forthe fitting and polished surface using silicone impression material.Results: This technique provided a stable base with correct bordersto perform all functional movements of the lips, cheeks, and tongue.Conclusions: The patient improved the ability to maintain theadaptive muscle behaviors necessary to control the denture movementin function and rest.
📌 3 Key Takeaways
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Objective & Hypothesis:Aim: This article described a physiological impression technique todesign denture surfaces by the action of the surrounding musculatureduring functional movements based on "neutral zone concept" inpatients with the severely atrophied mandibular ridge.Methodology: Dual surface impression technique was employed forthe fitting and polished surface using silicone impression material.Results: This technique provided a stable base with correct bordersto perform all functional movements of the lips, cheeks, and tongue.Conclusions: The patient improved the ability to maintain theadaptive muscle behaviors necessary to control the denture movementin function and rest.
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Key Findings & Data:Aim: This article described a physiological impression technique todesign denture surfaces by the action of the surrounding musculatureduring functional movements based on "neutral zone concept" inpatients with the severely atrophied mandibular ridge.Methodology: Dual surface impression technique was employed forthe fitting and polished surface using silicone impression material.Results: This technique provided a stable base with correct bordersto perform all functional movements of the lips, cheeks, and tongue.Conclusions: The patient improved the ability to maintain theadaptive muscle behaviors necessary to control the denture movementin function and rest.
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Conclusion & Impact:Aim: This article described a physiological impression technique todesign denture surfaces by the action of the surrounding musculatureduring functional movements based on "neutral zone concept" inpatients with the severely atrophied mandibular ridge.Methodology: Dual surface impression technique was employed forthe fitting and polished surface using silicone impression material.Results: This technique provided a stable base with correct bordersto perform all functional movements of the lips, cheeks, and tongue.Conclusions: The patient improved the ability to maintain theadaptive muscle behaviors necessary to control the denture movementin function and rest.
🔬Design:Research Article
📍Scope:Comprehensive Sample
⚙️Variables:Domain Parameters
Abstract
Aim: This article described a physiological impression technique todesign denture surfaces by the action of the surrounding musculatureduring functional movements based on "neutral zone concept" inpatients with the severely atrophied mandibular ridge.Methodology: Dual surface impression technique was employed forthe fitting and polished surface using silicone impression material.Results: This technique provided a stable base with correct bordersto perform all functional movements of the lips, cheeks, and tongue.Conclusions: The patient improved the ability to maintain theadaptive muscle behaviors necessary to control the denture movementin function and rest.
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Cite This Article
ABDEL-KHALEK, E. A., SAID, M. M. (2022). Dual surface impression for management of mandibular flat ridge in an elderly patient: A Case Report. International Dental Research, Cilt: 8 - Sayı: 3, 151–154. https://ajindex.com/articles/539552
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