牙周膜的

AC Cochrane, Reformed Confessions of the Sixteenth Century; BJ Kidd, Documents Illustrative of the Continental Reformation; HJ Hillerbrand, The Reformation in Its Own Words; HA Oberman, Forerunners of the Reformation: The Shape of Late Medieval Thought; W Cunningham, The Reformers and the Theology of the Reformation; BMG Reardon, Religious Thought in the Reformation; H Strohl, La pensee de la Reforme; GW Bromiley, Historical Theology: An Introduction; H Cunliffe - Jones, ed., A History of Christian Doctrine; S Ozment, The Age of Reform, 1250 - 1550; HJ Grimm, The Reformation Era 1500 - 1650; AG Dickens, The English Reformation; IB Cowan, The Scottish Reformation; GH Williams, The Radical Reformation; FH Littell, The Anabaptist View of the Church; GF Hershberger, ed., The Recovery of the Anabaptist Vision; PE Hughes, The Theology of the English Reformers; PDL Avis, The Church in the Theology of the Reformers.

交流的Cochrane ，改革的供词十六世纪；北京基德的文件，说明了大陆改革； hj hillerbrand ，改革在其自己的话；公顷oberman ，先行者的改革：形状中世纪晚期思想；瓦特坎宁安，改革者和神学的改革； BMG公司里尔顿，宗教思想，在改革； h strohl ，香格里拉pensee德香格里拉reforme ；毛重罗米立，历史神学：导言； h cunliffe -琼斯，教育署，历史的基督教教义； s o zment ，年龄的改革， 1250 -1 550； h j格里姆，改革的时代， 1 500- 16 50；银狄更斯，英语改革；兴业Co wan先生，苏格兰改造；生长激素威廉斯，激进改革；l i ttell跳频，再洗礼派的看法，教会；绿hershberger ，教育署，经济复苏的再洗礼派的远景；体育休斯，神学的英语改革者；牙周膜使用条款，教会在神学的改革者。

Objective: To evaluate and assess the clinical effect of treating periodontal osseous defect with Bio-Oss and Bio-Gide.

目的：观察评价运用多孔矿化骨Bio-Oss和胶原膜Bio-Gide治疗牙周骨缺损的疗效。

The relative cell groth rate of L929 cell represented the proliferation of cells on materials with respect to control over time. The result showed that cytotoxicity of thermo-sensitive cell culcure dish was none or little,which can be used for lab use.Additional cell culture was performed with two types of celland cell sheets detachment were observed by reducing the culture tempareture after the confluently growth of the two types of cells.

进一步利用两种不同的细胞永生化的成牙本质细胞系和人牙周膜细胞在接枝有PNIAPm的培养皿上进行培养，观察到细胞可以正常贴壁，生长并增殖，并且在形成连续的细胞层之后，通过降低温度，获得了完整的细胞层结构，结合前两部分实验结果，证实了利用等离子体预处理和紫外线照射接枝制备温敏性培养皿的可行性，为后续研究提供了实验基础。

Take the advantage of epoxide resin's property, a model was made, in which the Youth module proportion of tooth, pericementum and alveolar bone was in accordance with the somatic data. 2. On this model, 3 types of brackets were bonded to the tooth.

利用环氧树脂能够模拟不同材料的弹性模量的特性，制作符合人体实际弹性模量比例的牙，牙周膜和牙槽骨的模型，并在不同象限模拟不同程度的错情况。

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

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。

It can be used to make artificial dialysers,artificial skins,oral ulcer membranes,and periodontal tissue GTR membranes and drug membranes.

为对医药领域开发和研制壳聚糖膜提供一些借鉴，综述了壳聚糖膜可以应用于医药领域的优良性能：易降解性、生物相容性、促创伤愈合性、抗菌性和药物缓释性；以及壳聚糖膜剂的一些医药用途，有人工肾膜、人工皮肤、口腔溃疡膜、牙周 GTR膜、不同给药途径药膜等。

The upper dens malarias and periodontal tissue slices were observed under the light microscope and transmission electro microscope,and the X-ray dental films were taken and measured with digitization dental scanning apparatus and its software.

目的；观察丹参复合生物膜在正畸牙齿移动中对牙槽骨高度和密度的影响，探讨丹参复合生物膜影响正畸牙牙周组织改建与牙齿移动的机理。

Thirty-six rats ,weighing(250±10)g, were randomly divided into normal group, experimental group and control group.Orthodontical devices were put between the upper incisor teeth and dens molaris in both experimental group and control group.The corrective force was adjusted to 60g.Salvia miltiorrhiza combination was implanted to each rat in the experimental group every day.The animals of both experimental group and control group were killed at 7,14 and 21 days.The upper dens malarias and periodontal tissue slices were observed under the light microscope and transmission electro microscope,and the X-ray dental films were taken and measured with digitization dental scanning apparatus and its software.

以36只体重(250±10)g的雄性大鼠为样本，随机分为正常组、实验组和对照组，设定不同浓度丹参复合膜，以同体对照方式在正常组进行体内植入实验，在2周内观察不同浓度丹参的牙周组织诱导作用，寻找最佳应用浓度；在实验组和对照组的上切牙与磨牙之间隙安装正畸装置，建立大鼠磨牙移动实验模型，矫治力的大小为60g；实验组每日每只体内植入丹参复合生物膜，两组动物于正畸加力7、14、21d，分三批处死；处死后立即切取双侧上颌磨牙及牙周组织制取标本，制片透射电镜和光镜观察；拍摄X线牙片，用数字化牙科扫描仪及软件对其进行测量分析。

The corrective force was adjusted to 60g.Salvia miltiorrhiza combination was implanted to each rat in the experimental group every day.The animals of both experimental group and control group were killed at 7,14 and 21 days.The upper dens malarias and periodontal tissue slices were observed under the light microscope and transmission electro microscope,and the X-ray dental films were taken and measured with digitization dental scanning apparatus and its software.Result:The most fitting concentration of combined biological membrane was 0.80g;the speed of the remodeling of the periodontal tissue at the compression side in the experimental group was faster than that of the control group.

以36只体重(250±10)g的雄性大鼠为样本，随机分为正常组、实验组和对照组，设定不同浓度丹参复合膜，以同体对照方式在正常组进行体内植入实验，在2周内观察不同浓度丹参的牙周组织诱导作用，寻找最佳应用浓度；在实验组和对照组的上切牙与磨牙之间隙安装正畸装置，建立大鼠磨牙移动实验模型，矫治力的大小为60g；实验组每日每只体内植入丹参复合生物膜，两组动物于正畸加力7、14、21d，分三批处死；处死后立即切取双侧上颌磨牙及牙周组织制取标本，制片透射电镜和光镜观察；拍摄X线牙片，用数字化牙科扫描仪及软件对其进行测量分析。

In the treatment of impacted third molar, dental practioner and oral surgeon more often think about how to extract the third molar completely, but rarely consider to add some procedures such as distal wedge, alveoloplasty, guided tissue regeneration, and apically repositioned flap etc., to prevent 2nd molar from developing periodontitis. The latter procedures can reduce its accompanying deep pocket, to remove plaque and calculus on its diseased root surface.

在治疗阻生第三大臼齿，诊所执业医师和一般口腔外科医师较常会考虑怎样把阻生第三大臼齿完全拔除，但却较少考虑在拔除阻生第三大臼齿的同时做一些措施，像远心楔形手术，齿槽骨整形术，引导组织再生术和牙周办膜根向移动术等来预防第二大臼齿远心端形成牙周炎，或同时替第二大臼齿治疗深的牙周囊袋和去除其牙根表面的牙结石和牙菌斑。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。