1.
Results They brought the results of the uniform stresses in the molar and controlled the translatory movement.
在加力点处，牙体颈缘处及根分叉区应力比较集中。
2.
Guided tissue regeneration in the treatment of class Ⅱ～Ⅲ furcation defects;
牙周引导组织再生治疗Ⅱ～Ⅲ度根分叉区病变的临床研究
3.
Root separate angle and canal intersection of two- rooted maxillary first premolars
双根上颌第一前磨牙牙根分叉度和根管交叉度的研究
4.
Observation of masticatory efficiency of molar with furcation involvement after separating roots
分根术治疗磨牙根分叉病变对咀嚼效率的影响
5.
The state of being divergent.
叉开被分叉（叉开）的状态
6.
NURSING OF SPINAL NERVE DORSAL ROOT CROSS-ANASTOMOSIS IN THE TREATMENT OF CEREBRAL PALSY
脊神经后根部分交叉吻合术治疗脑瘫的护理
7.
Guided Tissue Regeneration in the Treatment of Class Ⅱ-Ⅲ Teeth Furcation Involvement
引导组织再生术治疗根分叉病变15例临床报道
8.
Clinic evaluation of Bio-Oss artificial bone and Bio-gide collagen membrane in degree Ⅲ bifurcation involvement
Bio-Oss在Ⅲ度根分叉病变治疗中的临床疗效
9.
Study on the Implantation of Nano-calcium Phosphate Bone Cement to Canine Artificial Furcation Defects
纳米骨水泥修复根分叉病变的实验研究
10.
Study on the Influence Zone of Adjacent Construction of over Crossing Tunnels;
上下交叉隧道近接施工影响分区研究
11.
RESULTS: The mean DRS and DRCI of the two-rooted maxillary first premolars were 12.18° and 22.7°, respectively.
结果:双根上颌第一前磨牙牙根分叉角度平均为12．18°;
12.
A forked device or part.
分叉装置，分叉部分
13.
The adventitious buds can be developed in the crossed area of both cork cambium and phloem ray inside the root.
宿根上的不定芽发生于韧皮射线与木栓形成层交叉的区域。
14.
separate mail By postal zones.
根据邮政地区分拣邮件
15.
A Study on the Repair of Canine Experimental Class Ⅱ Furcation Defects by Tissue Engineering;
组织工程技术移植修复犬牙Ⅱ°根分叉病变的研究
16.
Study of the Stay Period of e-PTFE Membrane after Periodontal Treatment with Guided Tissue Regeneration in Class Ⅱ Furcation Defects Created in Mongrel Dogs;
Ⅱ度根分叉病变患牙引导组织再生治疗术后膜留置时间的探讨
17.
A Study on the Implantation of Nano-calcium Phosphate Bone Cement to Canine Artificial Furcation Defects;
纳米骨水泥对实验性根分叉骨缺损的替代修复研究
18.
Experimental Study on Class Ⅲ Furcation Defects Repaired with Autologous Periosteal Cells Transplantation in Beagle Dogs;
自体骨膜细胞移植修复Beagle犬Ⅲ度根分叉病变的实验研究