骺字的意思

目的：研究骨骺软骨管的形态结构。

Objective: To study morphological structure of cartilage canals of epiphysis .

线显示股骨远端干骺区的骨肉瘤。

This is a radiograph of an osteosarcoma involving the metaphyseal region of the distal femur.

这些假商标或骨骺翻滚痕迹木料。

These leave roller marks or stippled marks on the wood.

目的研究骺板软骨细胞冻存的方法。

Objective To study frozen reservation method of epiphyseal plate chondrocyte.

干骺端的部分血液经干骺端静脉回流。

A part of blood in the metaphysis drains into the metaphyseal veins.

钛合金种植体植入胫骨干骺端的前内侧面。

Titanium alloy implants were placed in the medial aspect of the tibial metaphysis.

可能为胚胎期基因缺陷致骨骺生长层发育障碍。

Gene defect during embryonic period may interfere the growth of osteoepiphysis.

目的：探讨儿童胫骨远端骨骺损伤的治疗方法。

Objective: To evaluate the treatment for epiphyseal injuries of distal tibia in child.

目的探讨股骨干骺段骨密度对股骨质量评价作用。

Objective To study the femoral metaphyseal bone mineral density for evaluating femoral quality.

本组患者，只包括孤立性骨骺远端关节内骨软骨瘤。

In the present series, only solitary distal epiphyseal intra-articular osteochondromas were included.

可能不是真的肿块，而从长骨骺端向外突出的病损。

These are probably not true neoplasms, but they are a mass lesion that extends outward from the metaphyseal region of a long bone.

结论股骨干骺段骨密度是评价股骨质量的良好指标。

Conclusion femoral metaphyseal bone mineral density is a good parameter for evaluating femoral quality.

结果：长管状骨近侧干骺端是高发区（17／23）。

Results: Most of lesions (17/23) were located in proximal metaphysis.

应用屈肘牵引法整复治疗小儿肱骨远端全骺分离16例。

Elbow-flexing traction therapy was used to treat 16 children with distal humeral epiphysis separation.

目的：探讨干骺端截骨延长引起骨骺板缩窄的发生机理。

Objective: to study the mechanism of epiphyseal growth plate narrowing due to limb lengthening by metaphyseal osteotomy.

结论：人工骺板软骨应能够修复骺板软骨损伤，效果满意。

Conclusion the artificial epiphyseal plate can repair the epiphyseal plate injury, and the effect is satisfied.

感染通过骨髓腔扩散并且穿透干骺端骨皮质从而引起骨膜下脓肿。

The infection spreads through the medullary canal and penetrates the metaphyseal cortex, causing a subperiosteal abscess.

近端股骨已被截肢并切成两半而在干骺端显露出一暗红黑色血肿。

The proximal femur has been amputated and cut in half to reveal an irregular dark red-black hemorrhagic mass in the epiphyseal region.

目的：探讨骺板胶原纤维受到牵拉后其胶原纤维超微构筑的变化。

Objective: To investigate changes of micro framework of the collagen fibers when the growth plate was tensed.

目的探讨撕脱性骨折与永存性骨骺、籽骨、副骨的影像学鉴别办法。

Objective To investigate a method to distinguish avulsion fracture from sesamoid, accessory bone, and permanent osteoepiphyte.

结果软骨细胞无支架培养形成软骨，具有一定的骺软骨组织学特征。

Results Chondrocytes without scaffold formed cartilage which obtained some hyaline like histological characteristics by culture in centrifuge tube.

目的：评价轻微或没有涉及关节内的低位胫骨远端干骺端骨折临床效果。

Objective: Evaluation of clinical results and outcomes of low metaphyseal distal tibia fractures with minimal or no intra-articular involvement.

背景：目前治疗第五跖骨干骺端慢性骨不愈合的金标准是髓内螺钉固定。

Background the current "gold standard" for treatment of chronic fracture nonunion in the metaphyseal-diaphyseal region of the fifth metatarsal is intramedullary screw fixation.

结论胎儿胫骨近端骨骺中存在淋巴管，淋巴管是软骨管的重要组成部分。

Conclusion The fetal tibial epiphyseal cartilage canals contains lymphatics, which may be a important part of cartilage canal.

在生长发育期，骺软骨不断增生和骨化，使骨不断增长，于是个子长高了。

With unceasing growth of hyperplasia and ossification of epiphysis cartilage, it makes bone to grow unceasingly, therefore it grows.

结论螺钉髓内固定和震波治疗都是治疗第五跖骨干骺端骨折不愈合的有效方法。

Conclusions Both intramedullary screw fixation and shock wave therapy are effective treatments for fracture nonunion in the metaphyseal-diaphyseal region of the fifth metatarsal.

为观察软骨骺内次级骨化中心与软骨管的关系，及次级骨化中心初始形态结构。

To observe the correlativity between secondary ossification center and cartilage canals in cartilage epiphysis and the initial morphosis of the secondary ossification center.

方法16例胫骨干骺端骨折患者，采用间接复位经皮微创钢板内固定技术治疗。

Methods 16 patients with metaphyseal fracture of tibia were treated with minimally invasive plate osteosynthesis by indirect reduction.

方法16例胫骨干骺端骨折患者，采用间接复位经皮微创钢板内固定技术治疗。

Methods 16 patients with metaphyseal fracture of tibia were treated with minimally invasive plate osteosynthesis by indirect reduction.