periodontium

periodontium

1. Yuan L, Zhao YF, Zhou WD.Establishment of an animal model for the effects of bite force on rat periodontium remodeling[ J ].J Pract Stomatol, 2000, 16 (3): 199-201.

[1]袁林,赵云凤,周伟东.咬合力与大鼠牙周组织改建关系研究中动物模型的建立[J].实用口腔医学杂志,2000,16(3):199-201.

2. HU Min,LIU Lei,ZHANG Li-wen,et al.The design and make method of full teeth and periodontium's photoelastical model[J].J Jilin Univ Med Edit,2006,32(6):1125-1127.

[6]胡敏,刘磊,张丽雯,等.牙体及牙周支持组织三维冻结光弹模型的设计与制作[J].吉林大学学报(医学版),2006,32(6):1125-1127.

3. Antibacterial effect of three types of nano - silver base inorganic antibacterial agents on teeth and periodontium pathogens

三种无机抗菌剂对常见牙体牙周致病菌的抗菌效果

4. Effects of two auric-based porcelain complete veneer crown on periodontium

两种黄金基底烤瓷全冠对牙周的影响分析

5. Keywords Chinese herbal;Shuanghuangbu sustained-release preparation;periodontitis;cell culture;immunohistochemistry;inhibition activity;dissolution rate;regeneration of periodontium;

中药;双黄补药条;牙周炎;细胞培养;免疫组织化学;抑菌活性;药物释放率;牙周组织再生;

6. Keywords Denture precision attachment;Dentures;Abutments;Periodontium;

义齿精密附着体;义齿;基牙;牙周组织;

7. periodontium protectoris

保护性牙周组织

8. systemic influences on periodontium

全身因素对牙周组织的影响

9. Keywords periodontium;cell-cultured;basic fibroblast growth factor;insulin-like growth factor;

关键词牙周膜;细胞培养;碱性成纤维细胞生长因子;胰岛素样生长因子;

10. Keywords Bone remodeling Periodontium Hypofunction Tooth movement;

关键词骨改建;牙周膜;废用性萎缩;正畸牙移动;

11. endocrine influences on periodontium

内分泌对牙周组织的影响

12. The influence of transient and strong load on periodontium was investigated.

化最为明显,但若无持续的刺激下,这些变化是可回复的.

13. Influence of Knowledge and Behavior about Oral Health on Health of Periodontium

口腔健康知识及行为对维护牙周健康的影响

14. Effect of smoking on the periodontium and the level of aspartate aminotransferase in gingival cervical fluid

吸烟对牙周组织及其龈沟液中天冬氨酸转氨酶活性水平的影响

15. Keywords Traumatic occlusion;Matrix metalloproteinase;Periodontium;

咬合创伤;基质金属蛋白酶;牙周组织;

16. Keywords bite force lost;induced nitric oxide synthase;periodontium remodeling;

咬合力丧失;诱导型一氧化氮合酶;牙周组织改建;

17. Effect of bite force lost on the expression of iNOS in the rat periodontium

咬合力丧失对大鼠牙周组织中iNOS表达的影响

18. Effects of Bite Force Loss on the Expression of IL-6 mRNA in Rat Periodontium

咬合力丧失影响大鼠牙周组织中白细胞介素-6mRNA表达的研究

19. Effects of Bite Force Lost on the Expression of IL-6 in the Rat Periodontium

咬合力丧失影响大鼠牙周组织白细胞介素-6变化的研究

20. Therefore, pocket probing is a crucial procedure in diagnosis of the periodontium and evaluation of periodontal therapy.

因此，囊袋探测深度在牙周组织状态与牙周治疗成果的评估上佔有十分重要的角色。

21. The finite element analysis of the stress distribution in the periodontium of the mandibular incisors by use of multi-loop edgewise arch wire.

多曲方丝对下颌中切牙牙周膜应力分布有限元分析。

22. Distribution of nerve fibers in rat molar and periodontium: An immunohistochemical investigation of neurofilament protein

大鼠磨牙及牙周组织中神经纤维分布:神经丝蛋白免疫组织化学研究

23. Keywords weightlessness simulation;dentin;dental pulp;periodontium;metobolism;tissue changes;

失重模拟;牙体;牙髓;牙周组织;代谢;组织变化;

24. Mineralization effects of human platelet-rich plasma on human periodontium cells

富血小板血浆对人牙周组织细胞矿化作用的影响

25. Changes of Dentin, Dental Pulp and Periodontium Tissue in Tail-suspended Rats

尾悬吊大鼠牙体、牙髓、牙周组织的变化

26. local influence on periodontium

局部因素对牙周组织的影响

27. RESULTS:The periodontium of rats was more easy to response to orthodontic forces, and the functions of osteo-clasts, osteoblasts and fibroblasts was more active.

张力侧成骨细胞、成纤维细胞的胞浆内高尔基体、内质网丰富,分泌功能旺盛。

28. Keywords Fibroblast growth factor;basic;Guided tissue regeneration;Disease models;animal;Periodontium;Dogs;

成纤维细胞生长因子;碱性;引导组织再生;疾病模型;动物;牙周组织;狗;

29. periodontium insertionis

插入性牙周组织, 嵌入性牙周膜

30. How to promote periodontium remodeling and shorten orthodontic course is a hotspot in orthodontic research.

摘 要 促进正畸牙周组织的骨改建从而缩短矫治疗程，一直是目前口腔正畸学研究的热点。

31. Cytokines are expressed by cells within the periodontium in response to mechanical stress produced by orthodontic appliances.

摘要在受到矫正装置所施与的力量后，牙周组织内的细胞会释放出细胞激素。

32. Objective To establish an animal model of periodontal injury caused by mini-implants and study the corresponding pathological changes of periodontium.

摘要目的建立兔牙周膜微型种植体损伤的模型，观察其损伤后的病理变化以及组织愈合、修复的过程和方式，并探讨这种损伤可能造成的后果和影响。

33. Objective To study the effects of two intracoronal bleaching techniques on dogs' cervical periodontium.

摘要目的研究2种髓室内漂白法对狗牙颈部牙周组织的影响。

34. 8.PURPOSE: To study the stress variation and distribution of the periodontium and the tooth initial displacement when the lingual fixate forces were applied to the depressed periodontal height.

摘要目的：研究牙周支持高度降低状态下施加舌向集中力时，牙周组织的应力变化、分布规律和牙的初始位移。

35. Keywords anchorage;dental implants;periodontium;injury;plerosis;

支抗;牙种植体;牙周组织;损伤;修复;

36. The Study of the Injury in the Rabbits Periodontium Caused by the Anchorage Mini-implants

支抗微种植体对兔牙周组织损伤的实验研究

37. Methods: The normal relationship of the anterior teeth and their periodontium was re-established by means of periodontal-plasty and the beauty before and after the operation was compared.

方法:应用牙周成形手术,重建牙和牙周组织的正常关系,并进行术前、术后美学修复效果的对比。

38. In this review, we describe the distribution and function of defensins in periodontium, and emphasize on their characterization during the process of periodontal disease.

本文从防御素在牙周组织中的分布及其功能两方面进行综述,了解防御素在牙周病发生发展中的地位与研究现状。

39. five days after operation, fibers in periodontium were proliferated and arranged irregularly;

术后第5天，受损伤部位开始修复，牙周膜的纤维结缔组织增生，排列稍乱；

40. Function of dendritic cells in dental pulp and periodontium

树突状细胞在牙髓或牙周组织中的作用机制

41. Establishment of three-dimensional finite element model of a molar with its periodontium by means of CAE software

模型转化法建立磨牙及其牙周组织的三维有限元模型

42. Distribution of BMP in tooth and periodontium of guinea pigs

正常豚鼠牙齿和牙周组织中BMP的分布及其意义

43. Keywords orthodontic;progesterone receptor;estrogen receptor periodontium;gestation period;

正畸;孕激素受体;雌激素受体;妊娠周期;

44. Keywords hydrolase;periodontium;orthodontic force;activation and distributing;

水解酶;牙周组织;正畸力;活性和分布;

45. Keywords Tooth;Dental germ;Periodontium;Special staining;

牙;牙胚;牙周组织;特殊染色;

46. Keywords crowns periodontium dental restoration;permanent dental stress analysis;

牙冠;牙周组织;牙修复;永久;牙应力分析;

47. re-attachment of periodontium

牙周再附着

48. new-attachment of periodontium

牙周新附着

49. Periodontitis, which affect the tissue of periodontium, spreads widely and has great harm to oral healthy.

牙周炎破坏了牙齿支持组织，是导致牙齿丧失的主要原因，极大地危害了口腔组织的健康，多年来学者们对牙周炎的致病因素进行了大量的研究。

50. Keywords periodontium;endothelial growth factors;rabbits;

牙周组织;内皮生长因子;兔;

51. Keywords Biglycan Periodontium Wound healing Immunohistochemistry;

牙周组织;损伤愈合;免疫组织化学;

52. irritation zone of periodontium

牙周组织激惹区

53. development of periodontium

牙周组织的发育

54. physiology of periodontium

牙周组织的生理学

55. The biological transport of medicine for periodontal dieases by cells of periodontium

牙周组织细胞对牙周病常用药物的跨膜转运

56. periodontium hypertrophy

牙周膜增厚

57. The increment of periodontium stress was not proportional to the horizontal alveolar loss.

牙周膜的应力随牙槽骨高度的降低呈非等比增加。

58. quantity of periodontium

牙周膜附着量

59. Keywords Root resorption;Periodontium;Hypofunction;Hyperfunction;Orthodontic tooth movement;

牙根吸收;牙周膜;废用性萎缩;代偿性机能亢进;正畸牙移动;

60. Keywords tooth movement;periodontium;osteoblasts;osteoclasts;

牙移动;牙周组织;成骨细胞;破骨细胞;

61. Have you found any adverse effects on the tissue of the periodontium?

病人：你们发现它对牙周组织有害吗？

62. Objective: To study the influence of telescope crown and precision attachment retainer to the abutment periodontium.

目的: 探讨套筒冠和精密附着体固位体对基牙牙周组织及牙周四类细菌生长的影响,为套筒冠和精密附着体固位体的临床应用提供理论基础。

63. Objective: Evaluate the influence of the biological relationship of the anterior teeth and their periodontium on the beauty of the anterior fixed partial denture.

目的:探讨前牙牙冠修复时,牙和牙周组织生物性关系的正常与否对其审美的影响。

64. Objective:To investigate the expression of Toll like receptor 4(TLR4) and the role of TLR4 in rat normal dental pulp and periodontium.

目的:研究大鼠正常牙髓和牙周组织中炎症信号受体TLR4表达特点,探讨其在健康牙髓及牙周组织天然免疫防御中的可能作用。

65. AIM:To observe the effects on periodontium health after the restoration of teeth with resin.

目的:观察光敏树脂修复后对牙周组织健康的影响。

66. Objective To observe the stress distribution of maxillary first molar and its periodontium in lingual orthodontics.

目的采用有限元的方法研究舌侧矫治过程中上颌第一磨牙牙根、牙周膜、牙槽骨应力分布的特点。

67. Immunohistochemical localization and signification of osteopontin, osteocalcin and bone sialoprotein in periodontium

矿化相关蛋白在牙周组织中的分布及意义

68. 28 days after operation, osteoblast and fibroblast increased in number, fibers in periodontium touched to the cementum;

第28天，受损伤部位的修复进展顺利，牙周膜内纤维结缔组织的修复已经基本完成，牙周膜纤维与牙骨质的连接重新建立；

69. Teeth and periodontium of subject were health without nasopharyngitis or hepatic insufficiency or diab etes.

结果:27例幽门螺杆菌感染者的口臭检测率为93%。

70. Observation of the changes in the histological morphology of the periodontium was conducted microscopically.

结果生理限度内咀嚼压力增强时,形态学显示大鼠牙周膜增宽、牙槽骨新骨形成;

71. The histological changes of dogs' periodontium were examined by means of light micro-scope.

结果髓室内漂白1年后，热漂白组镜下表现为(1)牙骨质或牙本质吸收；

72. RESULTS: Vitality testing caused the SP-, CGRP-immunoreactive nerve fibers disappeared completely in the pulp but not in the periodontium or the gingiva.

结果：电活力测试仪刺激可使被测牙牙髓内SP、CGRP阳性纤维完全脱失，牙周组织及邻牙不受影响。

73. RESULTS: With the loss of the alveolar height, the maximum equivalent stress and the principle stress of the upper central incisor periodontium increased.

结果：随着牙槽骨高度的降低，上中切牙牙周膜最大等效应力和主应力逐渐增大。

74. Conclusion Gingival sulcus temperature in subjects with healthy periodontium is easily influenced by environmental factors.

结论健康牙龈沟温度受环境因素的影响较大。

75. Progress in Applications of Green Fluorescent Protein in the Periodontium Research

绿色荧光蛋白在牙周组织研究中的应用进展

76. Keywords Vascular endothelial growth factors Periodontium Immunohistochemistry Tooth movement;

血管内皮生长因子类;牙周组织;免疫组织化学;牙齿移动;

77. The main changes of periodontium were gingival discoloration, marginal gingivitis and periodontitis The incidence of periodontal disease was higher in non retraction group than in retraction g...

金属烤瓷修复后牙周组织的主要变化为:颈缘变色、慢性单纯性牙龈炎和牙周炎。排龈组与不排龈组的牙周疾病发生率有显著性差异,排龈组明显少于未排龈组。

78. Keywords Porcelain fused to mental crown;gingiva;periodontium;gingival retraction;

金属烤瓷全冠;牙龈;牙周组织;排龈;

79. The Distribution and Function of Defensins in Periodontium

防御素在牙周组织的分布及功能

80. With the loss of the alveolar height, the maximum equivalent stress and the principle stress of the upper central incisor periodontium increased.

随着牙槽骨高度的降低，上中切牙牙周膜最大等效应力和主应力逐渐增大。