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- Keywords tooth movement;periodontium;osteoblasts;osteoclasts; 牙移动;牙周组织;成骨细胞;破骨细胞;
- Keywords tooth movement;estrous cycle;periodontal remodeling;rats; 牙移动;动情周期;牙周改建;大鼠;
- Keywords tooth movement;trigeminal subnucleus caudalis（Vc）;pain;P2X_3;ATP; 正畸牙移动;三叉神经脊束核尾侧亚核;疼痛;P2X_3受体;ATP;
- Keywords tooth movement;calcitonin gene-related peptide（CGRP）;trigeminal subnucleus caudalis; 牙移动;降钙素基因相关肽;三叉神经脊束核尾侧亚核;
- Keywords Tooth Movement;chronobiology;Estrous;Estrogen;Insulin growth factor-I;Insulin growth factor-II; 牙移动;正畸;时间生物学;动情周期;雌激素;胰岛素样生长因子;
- Keywords tooth movement;distraction osteogenesis of the periodental ligament;animal experiment;dog; 关键词牙齿移动;牙周膜牵引成骨;动物实验;犬;
- These cytokines can modulate process of bone remoldeling during orthodontic tooth movement. 这些细胞激素可调节在矫正移动过程中骨头重塑的机转。
- AIM: To study the periodontic response of ultrastructure during orthodontic tooth movement. 目的:研究正畸牙齿移动过程中牙周组织超微结构的改变情况。
- Objective To study the effect of microwave on tooth movement and the periodoned memborane in rabbits. 目的利用动物实验模型,研究微波照射对兔牙远中移动速度及牙周膜作用的影响。
- Combined treatments of tooth movement and cell transplantation resulted in enhanced regeneration of the periodontium as a result of tooth movement. 将牙齿移动和细胞移植相结合可在牙齿移动过程中产生较多的牙周组织再生。
- Objectives:To investigate the relationship between calcitonin gene-related peptide(CGRP) in rat dental pulp and tooth movement. 目的:观察正畸牙齿移动不同时期大鼠牙髓组织中降钙素基因相关肽(CGRP)阳性神经纤维的变化。
- Keywords Laminin RANKL Orthodontic tooth movement; 层连蛋白;RANKL;正畸牙移动;
- AIM:To observe the changes in the distribution of the CGRP-immunnoreactive nerve fibers in the periodontal ligament (PDL) during experimental tooth movement. 目的:研究实验性牙移动过程中,牙周膜内降钙素基因相关肽(CGRP)样神经纤维的改变。
- This study was conducted to investigate changes in masseter muscle activity and their correlations with orthodontic pain produced by tooth movement during orthodontic treatment. 本研究之目的是要探讨矫正治疗初期平齐化过程咬肌活性之变化以及矫正疼痛对咬肌活性之影响。
- Periodontal ligament(PDL) cells express both OPGL and OPG which suggested that it may mediate alveolar bone metabolism in orthodontic tooth movement by OPG/OPGL system. 牙周膜细胞可表达OPG和OPGL,揭示了在正畸牙移动中,牙周膜细胞可能是通过OPG/OPGL系统来调节牙槽骨代谢的。
- Keywords: Laminin RANKL Orthodontic tooth movement, 关键词:层连蛋白RANKL正畸牙移动
- Keywords tooth germs;ameloblast;odontoblast; 牙胚;成釉细胞;成牙本质细胞;
- Keywords tooth fractures;incisors;pulpotomy; 牙折断;切牙;牙髓切断术;
- Keywords tooth flanks;gap error;hobs / skiving hob; 齿面;齿轮;滚刀;误差／刮削滚刀;
- Conclusions: Orthodontic tooth movement promotes the differentiation of transplanted cells, and the differentiation occurs predominantly in the paravascular areas of the periodontium. 结论：正畸移动牙齿促进了移植细胞的分化，主要出现在牙周膜区域的血管周围。
