英语释义

• rod-shaped structures of fibrous tissue that divide an organ into parts (as in the penis) or stabilize the structure of an organ (as in the spleen)

片语

trabecula number组骨小梁数量

valve trabecula小梁活瓣

septomarginal trabecula[解剖] 隔缘肉柱

trabecula spleen脾小梁

trabecula spacing小梁间隔

trabecula communis会小梁

cartilaginous trabecula软骨小梁

cartilage trabecula[组织]

spleen trabecula脾小梁

英汉例句

• the compact structure of bone trabecula beneath the sus-tentaculum talus progresses to the inferior part of the posterior calcaneal facet.

  载距突中关节面下方的骨小梁结构致密，并且与跟骨后关节面下方的致密骨小梁相连续；

• by the 6-8 week, there has been bone trabecula joining the two union sites, osteogenic cell and osteoblast grew briskly around the cortex of allograft.

  移植后6一8周，两接合端已有骨小梁连接，异体骨皮质周围骨原细胞和成骨细胞生长活跃；

• one is that there is bony structure around the prosthesis, the trabecula contact with this bony structure like 「spoke with hub」;

  一种是在假体周围有环绕假体的骨性结构，骨小梁如辐条状与这种骨结构相连而形成的有轴心辐条结构；

• results mri features in9of17cases manifested irregular deficits of articular cartilage of ankle, 7cases were bone trabecula fractures under cartilage.

  结果17例有9例表现关节软骨不规则缺失；7例有软骨下骨小梁骨折；

• histology observation shows: after treatment, trabecula collagen arrayed in slender bands, interspace was wider the control eye.

  组织学观察显示：处理后小梁胶原束呈细长成束状排列，间隙较为处理组明显增大；

• results the diabetic rats' femoral heads developed with the course of illness, the bone trabecula became thin and few, the marrow cavities enlarged.

  结果糖尿病大鼠股骨头随病程发展骨小梁变少变薄，骨髓腔增大；

• objective:to study the apoptosis of trabecula cells in normal and angle closure glaucoma(acg) and to explore the relationship between the rate of apoptosis and intra-ocular pressure(iop)in acg.

  目的：研究正常人及闭角型青光眼患者小梁细胞凋亡发生率及与眼压升高的关系。

• by the -8 week, there has been bone trabecula joining the two union sites, osteogenic cell and osteoblast grew briskly around the cortex of allograft.

  移植后一8周，两接合端已有骨小梁连接，异体骨皮质周围骨原细胞和成骨细胞生长活跃；

• from the 20th d, its expression began to decrease rapidly and it was mainly localized in the osteoblasts around bone trabecula in lengthened bone segments.

  以后细胞阳性表达率迅速下降，定位于延长区骨小梁边缘的成骨细胞。

• x-ray change of pelvis and bony trabecula are selected as reliable index for diagnosis of sclerotic fluorosis.

  结论x线骨盆及其骨小梁改变分别是氟骨癥检查的首选部位和可靠指标。

• a dispute whether there is trabecula bone necrosis or not in kaschin beck disease (kbd) is continuous as yet.

  有关大骨节病（kbd）有无小梁骨坏死病变一直存有争议。

• kgs could also improve the pathological changes in microstructure of bone, increase the thickness of trabecula and cortex (p reduce the trabecular gap and bone marrow cavity (p

  还能明显改善骨显微结构的病理变化，使骨小梁厚度（高剂量）明显增加（p＜0．05），骨小梁间隙和骨髓腔明显缩小（p＜0．05）。

• after the treatment, angle of anterior chamber was observed by histopathologic method, and trabecula matrix was analysized by immunohistochemistry and image analysis system.

  处理后，采用组织病理学观察兔眼前房角组织结构变化，免疫组化（sp法）及图像分析观察小梁外基质的变化。

• disordered new born bone trabecula was found on the left side.

  左侧新生骨骨小梁排列稍乱。

• reserving changes occurred only in the bone density and bony trabecula but forearm and shank had a turn for the better and some turned more serious too.

  观察硬化型氟骨癥逆转征象，仅有骨盆骨小梁和骨密度改变出现转归，则前臂、小腿未有明显变化，未发现骨周骨化好转，甚至有的进行性加重。

• results: functional electrical stimulation on peripheral nerve can improve area percent and the structure of bone trabecula while bone metabolism sustained at high level.

  结果显示周围神经功能性电刺激可以提高骨小梁面积百分率，改善骨小梁结构，但仍维持原有的高骨转换率。

• the morphological characteristics are as follows: the distribution of trabecula bone necrosis was focal;

  其形态特点是：小梁骨坏死呈灶状分布；

• the essence of osteonecrosis of femoral head is the existing necrosis of bone trabecula and morrow tissue.

  在股骨头内，出现不同程度的骨小梁及骨髓组织坏死，是股骨头坏死的本质特征。

• objective to discuss the curative effect of adjustable sclera suture on trabecula resection and prevention of complication.

  目的探讨可调整巩膜缝线对小梁切除术的效果及防止并发癥的意义。

• histology showed that control group had massive cartilage cell gathering together and bone trabecula disturbance, it had no significant bone cortex and medullary cavity formation.

  组织学检查显示：对照组中可见大量团聚软骨细胞、骨小梁紊乱，无明显骨皮质、髓腔形成。