1.
Since periodontal disease results in loss of both bone and periodontal ligament, the tooth gradually wobbles in its socket.
由于牙周病同时损害了牙槽骨和牙周韧带，遂使牙齿在牙槽里晃动。
2.
attachment apparatus
附着器﹝使牙再附于牙槽骨﹞
3.
Clinical study of alveolar distraction osteogenesis and implantation in treatment of alveolar defect
牵引成骨修复牙槽骨缺损的临床研究
4.
Gum (or gingiva)： Mucous-membrane-covered connective tissue attached to and surrounding the necks of the teeth and the alveolar bone of the jaw.
牙龈:附于并环绕牙颈及毗邻的牙槽骨的黏膜。
5.
The Experimental Study on Regenerating Alveolar Defect by Tissue Engineering and Orthodontic Tooth Movement in the Regeneration Area;
组织工程骨修复牙槽骨缺损与正畸牙齿移动
6.
Study of the relationship between clasp design and the bone loss of abutment alveoli and residual ridge
卡环设计与基牙牙槽骨及剩余牙槽嵴吸收关系的研究
7.
Morphological changes of alveolar bone during orthodontic tooth movement on Micro-CT
正畸牙齿移动过程中牙槽骨的Micro-CT形态学研究
8.
Research progress in the mandibular molar implant restoration with frontal resorption
种植修复下颌磨牙区牙槽骨吸收的研究与进展
9.
Evaluation in Efficacy Orthodontic Treatment in Children's Teeth and Alveolar Bone Injuries
儿童牙和牙槽骨损伤的固定正畸处理疗效分析
10.
A Biomechanical Study of Changing Bracket Position Gingivallyon Tooth Movement with Alveolar Bone Loss;
低牙槽骨高度患者托槽龈向粘贴牙移动的生物力学研究
11.
The changes of the nostrils and the gaps of the cleft alveolar and palate in the infants with cleft lip and palate after presurgical nasoalveolar molding therapy
唇腭裂婴儿术前鼻牙槽骨塑形治疗后鼻孔、牙槽和腭部裂隙的变化
12.
Regeneration of Alveolar Bone with Tissue Engineered Bone: An Experimental Study of Dogs;
组织工程骨用于促进犬牙槽骨再生的实验研究
13.
Osteoporotic change of mandibular alveolar bone in ovariectomized rabbits
去势法兔骨质疏松模型中下颌牙槽骨的改变
14.
Early changes of alveolar ridge contour following ridge preservation using Bio-oss and Bio-oss Collagen
Bio-oss和Bio-oss骨胶原保持牙槽骨量的临床研究
15.
A two-year clinical study on the alveolar bone loss of the terminate abutment and residual ridge with free-end partial dentures
游离端可摘局部义齿基牙牙槽骨及剩余牙槽骨改变的两年追踪观察
16.
When absorption of alveolar bones around a single root abutment reached 20%,its stress was concentrated.
当一侧单根基牙牙槽骨吸收达20%时,此基牙出现应力集中;
17.
Changes of TNF-α in dental pulp by using distraction osteogenesis on orthodontic rapid tooth movement
牙槽骨牵张快速移动正畸牙齿对牙髓中TNF-α含量影响的实验研究
18.
A clinical study :A new simplify implant treatment for severly atrophied posterior mandible
下颌磨牙区牙槽骨中重度萎缩牙种植修复的临床研究