舟骨

基本解释 (translations)

naviculare  ·  scaphoid

词组短语

nut bone · navicular bone · scaphoid bone

与舟骨相关的网络例句 [注：此内容来源于网络，仅供参考]

Objective:To get objective evidence of the optimal stress condition in broken ends of scaphoid loins fracture,to provide biomechanical basis for the clinical choice of the different fixation postures after scaphoid loins fracture and further to offer theoretical instructions for the treatment after scaphoid loins fracture,stress distribution and shift rules after three types of fracture in scaphoid loins (transverse fracture, radialis oblique fracture and ulnar side oblique fracture) were studied using electrometric method and three-dimensional (3-D) finite element analysis.

目的：运用电测法和三维有限元法，研究腕舟骨腰部三种类型骨折后腕关节在各种不同体位固定下骨折端的位移情况及其所受应力的分布和变化规律，从而得到骨折后良好折端应力条件的客观证据，为临床上腕舟骨腰部骨折后腕关节固定体位的选择提供生物力学依据，进而为腕舟骨腰部骨折后的临床固定治疗提供理论指导。

Objective: To get objective evidence of the optimal stress condition in broken ends of scaphoid loins fracture, to provide biomechanical basis for the clinical choice of the different fixation postures after scaphoid loins fracture and further to offer theoretical instructions for the treatment after scaphoid loins fracture, stress distribution and shift rules after three types of fracture in scaphoid loins (transverse fracture, radialis oblique fracture and ulnar side oblique fracture) were studied using electrometric method and three-dimensional (3-D) finite element analysis.

目的：运用电测法和三维有限元法，研究腕舟骨腰部三种类型骨折后腕关节在各种不同体位固定下骨折端的位移情况及其所受应力的分布和变化规律，从而得到骨折后良好折端应力条件的客观证据，为临床上腕舟骨腰部骨折后腕关节固定体位的选择提供生物力学依据，进而为腕舟骨腰部骨折后的临床固定治疗提供理论指导。方法：采用电测法和三维有限元实验方法进行生物力学测试。

Objective:To investigate morphologic features of scapholunate interosseous ligament of wrist and its role in scapholunate joint stabilization.

目的：观察手舟骨与月骨间的舟月骨间韧带的解剖学结构和分布特点，探讨其对舟月骨间关节稳定性的作用。

Objective To find a better method to the treatment of un-union of navicular bone fracture.

目的 探讨一种良好的治疗腕舟骨骨折不愈合的方法，丰富治疗腕舟骨骨折不愈合的手术方式。

Methods: 12 fresh frozen shank-foot specimens from young adults were observed. The tibia was fixed rigidly. The talus and navicular were marked. We exerted different load on the forefoot for keeping it in different motion patterns and measured the three-dimensional coordinates of the marked points on these bones. The relative 3D motion range of the talonavicular joint was calculated. The characteristics of the talonavicular joint and the forefoot and their relationship were analyzed.

采用12例新鲜青壮年小腿足标本，牢固地固定胫骨，标记距骨和足舟骨，分别对足前部加载不同的负荷，使前足处于特定的不同运动状态，用三维数字化仪测量标记点的三维坐标值，计算距舟关节的相对三维运动值，分析距舟关节和前足的运动范围及两者间的关系。

These include fluid within the tendon sheath, fluid withinthe medial or lateral bursae, sinus tarsi syndrome, periostitisat the insertion of the flexor retinaculum on the tibia, hindfootvalgus, subtalar and talonavicular malalignment, and accessorynavicular bone.

这些包括腱鞘内、内外侧滑膜内水分滞留，跗骨窦综合症、屈肌支持带的胫骨侧附着处骨膜炎、后足外翻、距下关节和距舟关节排列不整及副舟骨。

Objective To inquire about the prognosis of different scaphoid fractures, so that to improve its treatment.

摘 要：目的探讨各型舟骨骨折的预后。以提高舟骨骨折的治疗效果。

Methods A 5 - 17 years' follow-up was undergone on one hundred and ten cases with scaphoid fractures, from which got a clinical prognosis analysis and rich experience of the treatment of it.

方法对110例舟骨骨折患者进行长期随访，从诊断、治疗上进行综合临床预后分析，从而积累舟骨骨折的诊治经验。

Result: All post process images that obtain from the SCT show 35 patients with wrist vessel bone fracture, 3 patients with Os trigonum fractures, 1 patient with Os trapezium fractures.

结果：全组病例的薄层重建及三维重建显示腕舟骨骨折35例，合并舟骨月骨周围脱位8例；三角骨骨折3例，大多角骨骨折1例。

Radius bone nail can fix the scaphoid fracture, promote the osteogenesis and accelerate the healing process, so it can effectively treat scaphoid nonunion. It has a great value in clinical application.

采用桡骨骨钉治疗腕舟骨骨折不愈合，能够牢靠固定骨折，并明显促进骨折愈合，是治疗腕舟骨骨折不愈合的有效方法。

与舟骨相关的网络解释 [注：此内容来源于网络，仅供参考]

kohler：病:足舟骨骨软骨炎

Haglund病:跟骨骨骺炎 | Kohler病:足舟骨骨软骨炎 | Kohler-Feiberg病:跖骨头骨软骨炎

navicular bone：足舟骨

**跟骨 calcaneus | 足舟骨 navicular bone | 内侧楔骨 medial cuneiform bone

navicular bone：舟骨,舟状骨,足舟骨

NAVIC Navigation and Inspection Circular (U.S. Coast Guard) 航海及视察通知文件 | navicular bone 舟骨,舟状骨,足舟骨 | Navierstokes equation 不可压缩粘性流体运动方程

tuberosity of navicular bone：舟骨粗隆

终纹床核|bed nucleus of stria terminalis | 舟骨粗隆|tuberosity of navicular bone | 舟骨结节|tubercle of scaphoid bone

Os naviculare manus：手舟骨

鼻骨 Os nasale | 手舟骨 Os naviculare manus | 足舟骨 Os naviculare pedis

Os naviculare pedis：足舟骨

手舟骨 Os naviculare manus | 足舟骨 Os naviculare pedis | 枕骨 Os occipitale"

naviculare bone,os naviculare：舟骨

舟状的 naviculare | 舟骨 naviculare bone,os naviculare | 舟状窝 naviculare fossa

scaphoid：舟骨

他们详细测量了三种类型的腕骨--小多角骨(trapezoid)、手舟骨(scaphoid)及头状骨(capitate),并与现代人类、尼安德特人(Neanderthals)、黑猩猩和大猩猩等现存大型猿类以及南方古猿(Australopithecus genus)的腕骨进行了比较.

scaphoid bone：舟骨

**腕骨 carpal bones, carpus | 舟骨 scaphoid bone | 三角骨 triquetral bone

scaphoid bone, scaphoideum：舟骨

07.0433 间插骨 intercalarium | 07.0434 舟骨 scaphoid bone, scaphoideum | 07.0436 脊索 notochord