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      Full Mouth Rehabilitation of an Edentulous Patient with Fixed Full-arch Implant-supported Prostheses: A Case Report

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      https://www.riss.kr/link?id=A108424292

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      다국어 초록 (Multilingual Abstract)

      In fixed implant prostheses, splinted one-piece superstructures have definite advantages over segmented superstructures in terms of less marginal bone loss around the implants and long-term success rates. However, owing to jaw, the presence of discomfort in jaw opening muscles must be checked before proceeding with a one-piece superstructure. The patient in this case had all his teeth extracted and used provisional dentures for three months to evaluate the newly established vertical dimension. For fixed implant prostheses, implants were splinted together in the form of a fixed full-arch bridge in both the maxilla and the mandible. While using provisional implant restoration, the vertical dimension and occlusal plane were evaluated, and the patient was satisfied with the occlusion, function, and esthetics. For definitive prostheses, a metal framework was fabricated in one piece that lasted until now, and upon periodic patient recall, a satisfying result, in terms of function and esthetics, followed.
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      In fixed implant prostheses, splinted one-piece superstructures have definite advantages over segmented superstructures in terms of less marginal bone loss around the implants and long-term success rates. However, owing to jaw, the presence of discomf...

      In fixed implant prostheses, splinted one-piece superstructures have definite advantages over segmented superstructures in terms of less marginal bone loss around the implants and long-term success rates. However, owing to jaw, the presence of discomfort in jaw opening muscles must be checked before proceeding with a one-piece superstructure. The patient in this case had all his teeth extracted and used provisional dentures for three months to evaluate the newly established vertical dimension. For fixed implant prostheses, implants were splinted together in the form of a fixed full-arch bridge in both the maxilla and the mandible. While using provisional implant restoration, the vertical dimension and occlusal plane were evaluated, and the patient was satisfied with the occlusion, function, and esthetics. For definitive prostheses, a metal framework was fabricated in one piece that lasted until now, and upon periodic patient recall, a satisfying result, in terms of function and esthetics, followed.

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      참고문헌 (Reference)

      1 Graf T, "Up to 10-Year Incidence of Complications in Fixed vs Removable Implant-Supported Restorations for Edentulous Arches" 35 : 269-277, 2022

      2 Sadowsky SJ, "The implant-supported prosthesis for the edentulous arch : design considerations" 78 : 28-33, 1997

      3 Yokoyama S, "Stress analysis in edentulous mandibular bone supporting implant-retained 1-piece or multiple superstructures" 20 : 578-583, 2005

      4 Paez CY, "Split-frame implant prosthesis designed to compensate for mandibular flexure : a clinical report" 89 : 341-343, 2003

      5 Wittneben JG, "Screw retained vs. cement retained implant-supported fixed dental prosthesis" 73 : 141-151, 2017

      6 Zarb GA, "Prosthodontic treatment for edentulous patients: complete dentures and implant-supported prostheses" CV Mosby 1-27, 2013

      7 Mojon P, "Polymerization shrinkage of index and pattern acrylic resins" 64 : 684-688, 1990

      8 Brånemark PI, "Osseointegration and its experimental background" 50 : 399-410, 1983

      9 Law C, "Mandibular flexure and its significance on implant fixed prostheses : a review" 21 : 219-224, 2012

      10 Grossmann Y, "Indications for splinting implant restorations" 63 : 1642-1652, 2005

      1 Graf T, "Up to 10-Year Incidence of Complications in Fixed vs Removable Implant-Supported Restorations for Edentulous Arches" 35 : 269-277, 2022

      2 Sadowsky SJ, "The implant-supported prosthesis for the edentulous arch : design considerations" 78 : 28-33, 1997

      3 Yokoyama S, "Stress analysis in edentulous mandibular bone supporting implant-retained 1-piece or multiple superstructures" 20 : 578-583, 2005

      4 Paez CY, "Split-frame implant prosthesis designed to compensate for mandibular flexure : a clinical report" 89 : 341-343, 2003

      5 Wittneben JG, "Screw retained vs. cement retained implant-supported fixed dental prosthesis" 73 : 141-151, 2017

      6 Zarb GA, "Prosthodontic treatment for edentulous patients: complete dentures and implant-supported prostheses" CV Mosby 1-27, 2013

      7 Mojon P, "Polymerization shrinkage of index and pattern acrylic resins" 64 : 684-688, 1990

      8 Brånemark PI, "Osseointegration and its experimental background" 50 : 399-410, 1983

      9 Law C, "Mandibular flexure and its significance on implant fixed prostheses : a review" 21 : 219-224, 2012

      10 Grossmann Y, "Indications for splinting implant restorations" 63 : 1642-1652, 2005

      11 Becker CM, "Guidelines for splinting implants" 84 : 210-214, 2000

      12 Schwartz-Arad D, "Full-arch restoration of the jaw with fixed ceramometal prosthesis" 13 : 819-825, 1998

      13 Goodacre C, "Fixed vs removable complete arch implant prostheses : a literature review of prosthodontic outcomes" 10 : 13-34, 2017

      14 Gates GN, "Evaluation of mandibular arch width change" 46 : 385-392, 1981

      15 DeBoer J, "Edentulous implants : overdenture versus fixed" 69 : 386-390, 1993

      16 Picton D, "Distortion of the jaws during biting" 7 : 573-580, 1962

      17 Kan JY, "Clinical methods for evaluating implant framework fit" 81 : 7-13, 1999

      18 Sivaraman K, "Clinical importance of median mandibular flexure in oral rehabilitation : a review" 43 : 215-225, 2016

      19 Lindquist LW, "Bone resorption around fixtures in edentulous patients treated with mandibular fixed tissue-integrated prostheses" 59 : 59-63, 1988

      20 Assif D, "Accuracy of implant impression techniques" 11 : 216-222, 1996

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