中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2012年
51期
9650-9654
,共5页
郑新颖%李庆艳%林华%吕俏%高宁
鄭新穎%李慶豔%林華%呂俏%高寧
정신영%리경염%림화%려초%고저
可摘局部义齿%卡环%口腔微生态系%口腔生物材料%综述文献
可摘跼部義齒%卡環%口腔微生態繫%口腔生物材料%綜述文獻
가적국부의치%잡배%구강미생태계%구강생물재료%종술문헌
背景:可摘局部义齿卡环可对口腔微生态系造成一定影响.
目的:从卡环材料、形态、与基牙接触面积等方面阐述可摘局部义齿卡环对口腔微生态系的影响.
方法:应用计算机检索1980至2011年 PubMed 数据库、万方数据库、维普数据库、CNKI数据库、OVID数据库中与卡环对硬组织,软组织及唾液微生物影响的研究密切相关的文章.
结果与结论:可摘局部义齿由人工牙,基托,牙合支托,固位体和连接体组成,它的戴入可对口腔微生态系造成一定影响.卡环是可摘局部义齿最直接的固位体,它主要与基牙的颊舌面相接触,影响其所在基牙颊舌面的生理性自洁作用,促进菌斑在卡环与基牙接触区周围的聚集,还可改变菌斑和龈沟中细菌的数量和种类,影响其所在基牙颊舌面和牙周微生态系,在一定条件下可导致龋病,牙龈炎,牙周病的发生.
揹景:可摘跼部義齒卡環可對口腔微生態繫造成一定影響.
目的:從卡環材料、形態、與基牙接觸麵積等方麵闡述可摘跼部義齒卡環對口腔微生態繫的影響.
方法:應用計算機檢索1980至2011年 PubMed 數據庫、萬方數據庫、維普數據庫、CNKI數據庫、OVID數據庫中與卡環對硬組織,軟組織及唾液微生物影響的研究密切相關的文章.
結果與結論:可摘跼部義齒由人工牙,基託,牙閤支託,固位體和連接體組成,它的戴入可對口腔微生態繫造成一定影響.卡環是可摘跼部義齒最直接的固位體,它主要與基牙的頰舌麵相接觸,影響其所在基牙頰舌麵的生理性自潔作用,促進菌斑在卡環與基牙接觸區週圍的聚集,還可改變菌斑和齦溝中細菌的數量和種類,影響其所在基牙頰舌麵和牙週微生態繫,在一定條件下可導緻齲病,牙齦炎,牙週病的髮生.
배경:가적국부의치잡배가대구강미생태계조성일정영향.
목적:종잡배재료、형태、여기아접촉면적등방면천술가적국부의치잡배대구강미생태계적영향.
방법:응용계산궤검색1980지2011년 PubMed 수거고、만방수거고、유보수거고、CNKI수거고、OVID수거고중여잡배대경조직,연조직급타액미생물영향적연구밀절상관적문장.
결과여결론:가적국부의치유인공아,기탁,아합지탁,고위체화련접체조성,타적대입가대구강미생태계조성일정영향.잡배시가적국부의치최직접적고위체,타주요여기아적협설면상접촉,영향기소재기아협설면적생이성자길작용,촉진균반재잡배여기아접촉구주위적취집,환가개변균반화간구중세균적수량화충류,영향기소재기아협설면화아주미생태계,재일정조건하가도치우병,아간염,아주병적발생.
BACKGROUND:The clasps of removable partial denture can influence the oral ecosystem.
@@@@OBJECTIVE:To show the effects of the clasps of removable partial denture on the oral ecosystem from the aspects of materials, shape and contact area with the abutment.
@@@@METHODS:We selected articles about the influences of clasp on microorganisms of hard tissue, soft tissue and saliva ecosystem by searching PubMed database, Wanfang database, VIP database, CNKI database and OVID database from 1980 to 2011.
@@@@RESULTS AND CONCLUSION:Removable partial denture is composed of artificial teeth, denture base, occlusal rest, retainer and connector. However, it can influence the oral microecosystem. Clasp, the direct retainer of the removable partial denture, contacting with the buccal and lingual surface of the tooth, can not only improve the capacity of oral physiological clean to promote the aggregation of dental plaque but alter the quantity and type of bacterium in plaque and gingival sulcus. In certain conditions, this can lead to caries, gingivitis and periodontal diseases.