Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

目探讨外伤性髋关节脱位特点、合并症及半脱位形成原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工髋关节刚植入后，髋关节与大腿骨之未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与髋关节对膝盖贡献，并在姿势中调整(它们)来预防膝盖伤。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄兔通过外科手术造成单侧髋关节半脱位动物模型，手术后4、6、8周，观察兔髋关节脱位和继发性假臼形成过程。

Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

探讨外伤性髋关节脱位特点、合并症及半脱位形成原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工髋关节刚植入后，髋关节与大腿骨之间亦呈未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与髋关节对膝盖疼痛贡献，并在姿势中调整(它们)来预防膝盖伤痛。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄兔通过外科手术造成单侧髋关节半脱位动物模型，手术后4、6、8，兔髋关节脱位和继发性假臼形成过程。

Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

目探讨外伤性髋关节脱位特点、合并症及半脱位形成原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工髋关节刚植入后，髋关节与大腿骨之未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与髋关节对膝盖贡献，并在姿势中调整(它们)来预防膝盖伤。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄兔通过外科手术造成单侧髋关节半脱位动物模型，手术后4、6、8周，观察兔髋关节脱位和继发性假臼形成过程。

Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

目的探讨外伤节脱位的特点、合并症及半脱位形成的原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工节刚植入后，节与大腿骨之间亦呈未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与节对膝盖疼痛的贡献，并在姿势中调整(它们)来预防膝盖的伤痛。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄兔通过外科手术造成单侧节半脱位型，手术后4、6、8周，观察兔节脱位和继发假臼形成的过程。

Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

目的探讨外伤性髋关节脱位的特点、合症及半脱位形成的原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工髋关节刚植入后，髋关节与大间亦呈未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与髋关节对膝盖疼痛的，在姿势中调整(它们)来预防膝盖的伤痛。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄兔通过外科手术造成单侧髋关节半脱位动物模型，手术后4、6、8周，观察兔髋关节脱位和继发性假臼形成的过程。

Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

目的探讨外伤性髋关的特点、合并症及半形成的原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工髋关刚植入后，髋关与大腿骨之间亦呈未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与髋关对膝盖疼痛的贡献，并在姿势中调整(它们)来预防膝盖的伤痛。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄兔通过外科手术造成单侧髋关半动物模型，手术后4、6、8周，观察兔髋关和继发性假臼形成的过程。

Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

目的探讨外伤性节脱位的特点、合并症及半脱位形成的原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工节刚植入后，节与大腿骨之间亦呈未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与节对膝盖疼痛的贡献，并在姿势中调整(它们)来预防膝盖的伤痛。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄通过外科手术造成单侧节半脱位动物模型，手术后4、6、8周，观察节脱位和继发性假臼形成的过程。

Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

目的探讨外伤性髋脱位的特点、合并症及半脱位形成的原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工髋植入后，髋与大腿骨之间亦呈未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与髋对膝盖疼痛的贡献，并在姿势中调整(它们)膝盖的伤痛。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄兔通过外科手术造成单侧髋半脱位动物模型，手术后4、6、8周，观察兔髋脱位和继发性假臼形成的过程。

Objective To discuss the imaging features, complications and causes of semiluxation of traumatic hip joint dislocation.

目的探讨外伤性髋关节脱位的特点、合并症及半脱位形成的原因。

Besides, immediately following the implantation of the cementless porous-coated hip endoprosthesis, no bonding exists between the femur and the prosthesis.

而孔洞被覆式人工髋关节刚植入后，髋关节与大腿骨之间亦呈未结合状态。

We'll work with ways that ankles and hips contribute to their achiness and modifications in postures to prevent these.

我们将通过实，感受脚踝与髋关节对膝盖疼痛的贡献，并在姿势中调整(它们)来预防膝盖的伤痛。

Made the single coxae dislocate model of twelve rabbits (4 months) via the operation, after 4, 6, 8 weeks, observed the coxae disloc ation and artificial acetabulum form.

将12只4个月龄兔通过外科手术造成单侧髋关节半脱位动物模型，手术后4、6、8周，观察兔髋关节脱位性假臼形成的过程。