Abstract:Abstract:Body abnormalities or defects that compromise appearance, function may make an individual, incapable of leading a relatively normal life. Facial disfigurement can be the result of a congenital anomaly, trauma or tumour surgery. Surgical reconstruction may not be possible owing to size or location of the defect. The patient's medical condition or personal desires may also preclude reconstructive surgery. In such cases, prosthetic rehabilitation is indicated. A facial prosthesis restores normal anatomy … Show more
“…Even though, there are plenty of review papers (Goiato et al, 2009;Mahajan et al, 2012;Ariani et al, 2013;Joseph et al, 2014;Mitra, 2014;Alqutaibi, 2015;Barhate et al, 2015;Deepthi, 2015;Reddy et al, 2015;Abraham et al, 2018;de Caxias et al, 2019;Rahman et al, 2019) discusses on fundamentals of maxillofacial (extraoral) prosthesis, most of it focus on materials for fabrication and the historical evolution of the extraoral prosthesis. Nonetheless, the ideal properties of extraoral prosthesis were briefly discussed in some of the articles that confers into material properties.…”
This review article discusses on fundamentals of extraoral prosthesis and concerns on the biocompatibility classifications of extraoral prosthesis as medical device. Maxillofacial prosthodontics is a field that seldom being explored. Due to the circumstances, the progression and evolution of research of this area for evidence-based practice are slower comparing to another dental field. Hence, the purpose of this paper is to contribute and provide additional scientific knowledge in related field. Electronic search was done on several databases with keywords ‘maxillofacial prostheses and ‘biocompatibility’. In general, maxillofacial prosthesis can be divided into extraoral prosthesis, intraoral prosthesis, or combination of both depending on the location and function. Ideal properties can be divided into ideal processing characteristics, ideal biologic properties, and ideal physical and mechanical properties of processed extraoral prosthesis materials. Extraoral prosthesis can be classify as Class I or Class II depending on the retentive system according to FDA, and USP Class I and Class III depending on the underlying tissue.
“…Even though, there are plenty of review papers (Goiato et al, 2009;Mahajan et al, 2012;Ariani et al, 2013;Joseph et al, 2014;Mitra, 2014;Alqutaibi, 2015;Barhate et al, 2015;Deepthi, 2015;Reddy et al, 2015;Abraham et al, 2018;de Caxias et al, 2019;Rahman et al, 2019) discusses on fundamentals of maxillofacial (extraoral) prosthesis, most of it focus on materials for fabrication and the historical evolution of the extraoral prosthesis. Nonetheless, the ideal properties of extraoral prosthesis were briefly discussed in some of the articles that confers into material properties.…”
This review article discusses on fundamentals of extraoral prosthesis and concerns on the biocompatibility classifications of extraoral prosthesis as medical device. Maxillofacial prosthodontics is a field that seldom being explored. Due to the circumstances, the progression and evolution of research of this area for evidence-based practice are slower comparing to another dental field. Hence, the purpose of this paper is to contribute and provide additional scientific knowledge in related field. Electronic search was done on several databases with keywords ‘maxillofacial prostheses and ‘biocompatibility’. In general, maxillofacial prosthesis can be divided into extraoral prosthesis, intraoral prosthesis, or combination of both depending on the location and function. Ideal properties can be divided into ideal processing characteristics, ideal biologic properties, and ideal physical and mechanical properties of processed extraoral prosthesis materials. Extraoral prosthesis can be classify as Class I or Class II depending on the retentive system according to FDA, and USP Class I and Class III depending on the underlying tissue.
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