- 更多网络例句与牙周组织相关的网络例句 [注：此内容来源于网络，仅供参考]
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Then we hypothesize that mesenchyma stem cells from DAC are heterology,which have the potential ability to regenerate root/periodontal complex structures as a new kind of seed cells. Therefore, this study focuses on characteristics of the mesenchyma stem cells at tooth root developing stage and the evaluation of the possibility of being seeds cells.
因此，本研究拟对牙根发育期相关间充质干细胞的生物学特性进行研究，探讨其作为种子细胞在牙根/牙周组织工程中应用的可行性，以期为组织工程化牙根/牙周组织构建优选新的种子细胞。
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Thus this study focus on the the effects of mechanical forces and 1,25- 2D3 on the expression of ODF and OCIF by periodontal tissue in vivo and periodontal ligament cell and osteoclast in vitro,thus clarify the molecular biology mechenism of tissue remodeling,and explore a new way in orthodontic clinic to accelerate the dental movement speed by adding some ectogenesis stimulating factors.
研究内容如下：一牵张力作用下牙周组织ODF及OCIF表达变化的研究目的：运用原位杂交的方法，观察ODF及OCIF在正畸大鼠牙周组织改建过程中张力侧的表达变化，探讨ODF及OCIF与正畸牙周组织改建的关系。
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Serious wear of natural teeth do great harm to tooth , periodontal tissue , oro-maxillofacial system, muscular tissue, temporomandibular joint . As a result, dentin hypersensitiveness , pulpitis , periodontitis, food impaction and dysfunction of TMJ may appear .
天然牙严重磨耗会对牙体硬组织﹑牙周组织﹑口颌系统肌肉组织以及颞颌关节造成损伤，在临床上表现为牙本质过敏﹑牙髓炎﹑牙周炎症﹑食物嵌塞，甚至颞颌关系紊乱综合症。
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The ultimate aim of periodontal treatment is periodontal regeneration or forming new attachment apparatus which is one of the hotspot of periodontology. Tissue engineering has been introduced into the field of periodontology, which contribute a new vista to periodontal regeneration. One of the important parts of tissue engineering is finding proper seeded cells.
牙周治疗的最终目标是牙周组织的完全再生和形成牙周新附着，因牙周病而丧失的牙周组织，其修复与重建的难度很大，传统的牙周治疗和引导性组织再生技术虽取得一定的临床效果，但总的看来，尚不能达到牙周组织完全再生的目的。
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During the development of dental germ, enamel matrix proteins secreted by epithelial root sheath could induce dental follicle cells to differentiate towards cementoblast and form acellular cementum finally on the surface of tooth root. Many researches of domestic and oversea scholars suggest that enamel matrix proteins could effectively induce periodontal regeneration, and the structure and function of this regenerated tissue are similar to healthy periodontal tissue. Moreover, the regeneration process is nearly the same to that of embryonic development of periodontal tissue.
自发现釉基质蛋白可诱使牙囊细胞向成牙骨质细胞方向分化并在根表面形成无细胞性牙骨质以来，国内外学者做了大量研究，结果表明釉基质蛋白能有效诱导牙周组织的再生，且这种再生组织的结构和功能更接近于健康的牙周组织，并且再生过程也与牙周组织的胚胎发育过程类似。
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The treatment to periodontal disease is mainly combined therapy,which control inflammation by periodontal medicine and operation;adjust interlocking,eliminate dental wound,relieve the burden of peridental supporting tissue by recovery treatment;fix the loose teeth,disperse the bite force,control the patho-loose and displacement,elevate the masticatory efficiency,make the troubled teeth to rest,is benefit to the control to periodontal inflammation and the healing of destructed periodontium.
牙周病治疗主要是综合治疗，通过牙周药物治疗、手术治疗来控制炎症；通过修复治疗调整咬合，消除牙创伤，减轻牙周支持组织的负担；固定松牙，分散力，控制病理性松动和移位，提高咀嚼效能，使患牙得到生理性休息，利于牙周炎症的控制和已破坏的牙周组织的愈合。
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The morphologic change in periodontium and alveolar may be related to IL-6 expression.
本实验研究了大鼠牙周组织IL-6的表达，以及咬合力增强后，牙周组织IL-6表达的动态变化，初探了IL-6在咬合力增强作用下对牙周组织改建影响中的分子机制。
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The results indicated that the histopathological changes of periodontum occured earlier and more seriously in diabetic rat. This demonstrates the promote effect of diabetes on the occurence and progression of the experimental periodontitis.
而糖尿病大鼠在同样的实验条件下，3周便出现类似的损害，9周时，出现深层组织的炎细胞浸润、牙槽骨吸收和深牙周袋形成，表明糖尿病具有缩短引起实验性牙周炎的时间和加重牙周组织破坏的作用，认为在建立大鼠实验性牙周炎模型的过程中引入糖尿病这一因素是一值得推荐的措施。
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The tooth stone calculus is a kind of foreign body body to mouth cavity, it will continuously stimulate a tooth to organize for week, and will oppress a gum, influence blood circulation, germ infection make the tooth organized for week, cause gum inflammation's atrophying, formation tooth week bag bag.
牙结石对口腔而言是一种异物体，它会不断刺激牙周组织，并会压迫牙龈，影响血液循环，造成牙周组织的病菌感染，引起牙龈发炎萎缩，形成牙周囊袋。
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On the other hand, the gum is after atrophying can not again be like formerly similar tightly wrap up a tooth of root, cause as a result tooth for week organize is also exposed, various germ(particularly be disgusted with oxygen germ) in the mouth cavity and tooth stone calculus directly hit a tooth the organization cause a tooth to blaze for week for week.
另一方面，牙龈萎缩后不能再像从前一样紧紧包裹牙根，结果导致牙周组织也被暴露出来，口腔中的各种细菌及牙结石直接侵袭牙周组织引发牙周炎。
- 更多网络解释与牙周组织相关的网络解释 [注：此内容来源于网络，仅供参考]
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cathepsin：组织蛋白酶
7.其他酶类:组织蛋白酶(Cathepsin)是溶酶体半胱氨酸蛋白酶,由嗜中性白细胞、单核细 胞产生. 组织蛋白酶G在成人牙周炎GCF中升高,功能性组织蛋白酶G游离于GCF中,活性升高可反映局部炎症反应状况. Iley[15]经2年观察发现,
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Histopathology of Periodontitis：牙周炎的组织病理学
10-1 慢性牙周炎的病因学 Etiology of Chronic Periodontitis | 10-2 牙周炎的组织病理学 Histopathology of Periodontitis | 10-3 牙周病的活动性 Periodontal Disease Activity
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periodontal ligament：牙周膜
牙周膜:periodontal ligament | 骨涎蛋白:Periodontal ligament cells | 牙周组织:periodontal ligament
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periodontal ligament：牙周组织
骨涎蛋白:Periodontal ligament cells | 牙周组织:periodontal ligament | 牙周膜牵张成骨:Periodontal ligament distraction
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periodontitis：牙周炎
牙周病(periodontal disease)是指发生在牙齿周围的支持性组织所发生的疾病. 广义的牙周病泛指发生在牙齿周围支持组织的各种病理状况,包括牙龈炎(gingivitis)及牙周炎(periodontitis)
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submental space：颏下间隙
颏下间隙(submental space)位于舌骨上区,为颏下三角内的单一间隙. 间隙内有少量脂肪组织及淋巴结,此间隙供下颌舌骨肌、颏舌骨肌与舌下间隙相隔. 两侧与颌下间隙相连,感染易相互扩散? 颏下间隙解剖位置 颏下间隙的感染多来自于淋巴结炎症. 下唇、舌尖、口底、舌下肉阜、下颌前牙及牙周组织的淋巴回流可直
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periodontium：牙周组织
periodontitis /牙周炎/ | periodontium /牙周组织/ | periodontosis /牙周变性/
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The Normal Periodontium：正常的牙周组织
1-3 牙周病学在口腔医学中的位置 The Importance of Periodontics in Stomatology | 2 正常的牙周组织 The Normal Periodontium | 2-1 牙龈 Gingiva
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Fimbriae：菌毛
P.g表面的菌毛(fimbriae)结构对本菌首先粘附在牙周组织中起了重要的作用,进而才导致牙周组织的破坏及牙槽骨的吸收. 当今已对P.g的菌毛抗原作为P.g的有效抗原成分进行制备单克隆抗体和克隆基因,现还正在研制、探索之中. 除P.g及Aa以外,
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the appliance anatomise and physiology of periodontal tissue：牙周组织的应用解剖和生理
牙周病绪论introduction | 0.5 牙周组织的应用解剖和生理the appliance anatomise and physiology of periodontal tissue | 1 牙周病的分类和流行病学classify and epidemiology of periodontal diseases