1.
Conclusions The development of acetabular anteversion in children is a slow process.
结论髋臼前倾角的发育在儿童期较为缓慢。
2.
Impact of distal fragment rotation of Salter osteotomy on acetabular anteversion
骨盆Salter截骨远端旋转方式对髋臼前倾角影响研究
3.
Affect of extensive reaming for acetabular preparation in THR on bone loss of acetabulum rim and its anteversion change
全髋置换术中髋臼过度扩锉对髋臼缘骨量和前倾角的影响
4.
Dynamical law of acetabular abduction and anteversion angles:A mathematical analysis
髋臼外展角与前倾角动态变化规律的数学方法解析
5.
The effects of acetabular component position and hip ball diameter on posterior stability after total hip replacement
不同髋臼杯前倾位置和球头假体大小对全髋关节置换术后后方稳定性的影响
6.
The average abductin angle of cup was47(range,33-64).
髋臼侧放射线随访示：髋臼位置为：俯倾角从33至64°，平均为47°。
7.
Analysis of acetabular volume changes for children with developmental dysplasia of hip after Pemberton osteotomy
儿童Pemberton手术前后髋臼容积变化的分析
8.
Internal fixation with reconstruction plate for anterior column fracture of the acetabulum:clinical anatomy
髋臼前柱骨折重建钢板内固定的临床解剖学
9.
Treatment of acetabulum fracture of type C through AP approach with lateral decubitus
侧卧位前后路联合手术治疗C型髋臼骨折
10.
Best entry point during internal fixation of acetabular anterior column fracture
髋臼前柱骨折钢板中内固定的最佳进针点
11.
Analysis of preoperative factors affecting the results of periacetabular osteotomy
影响髋臼周围截骨术结果的术前因素分析
12.
Experimental Study of Lag Screw Internal Fixation in the Anterior Column of the Acetabulum with Computer-assisted Thermoplastic Elastomer Film Localization System
计算机辅助导航热塑膜定位经皮拉力螺钉固定髋臼前柱实验研究
13.
Mechanical features of screw internal fixation technique for acetabular anterior column fracture:Quantitative anatomic observation
定量解剖学观察髋臼前柱骨折螺钉内固定置入的力学特征
14.
Results The computerized 3-Dreconstuction of acetabulum bone structure appeared to mimic the real anatomy of acetabulum.
结果重建的髋臼能客观反映髋臼真实解剖形态。
15.
The spherical socket acetabulum accounted for 72.67%. There were no pelvis deformation and cystoid variation in acetabula.
球窝形髋臼占72.67%,无骨盆变形,无髋臼囊变。
16.
ACETABULAR REVISION BY USING UNCEMENTED CUP AND IMPACTED MORSELIZED ALLOGRAFTS
打压植骨结合非骨水泥型髋臼杯翻修重建髋臼
17.
Modified rotational acetabular osteotomy for the treatment of adult acetabular dysplasia
改良髋臼旋转截骨术治疗髋臼发育不良
18.
Excessive mesial-axial inclination of the mandibular second molar or inadequate posterior arch length cause the mandibular second molar to become impacted against the distal contour of the first permanent molar.
下颚牙弓空间不足或第二大臼齿本身过度的近心轴向倾斜，常造成第二大臼齿前倾和阻生。