trabecula

1. Results It showed extensive resorption of the trabecula horizontally and vertically, manifested as thinning, and broken of the trabecula which resulted in widening the intertrabecula space.
   结果疏松组骨小梁不论水平方向与垂直方向均有吸收，表现为小梁数目的减少、变细、变尖和断裂。
2. Clinical Observation of Adjustable Sclera Suture on Trabecula Resection
   可调整巩膜缝线在小梁切除术中的临床观察
3. Histological analysis showed active bone cell differentiation, proliferation, increased bone trabecula.
   组织学分析显示：骨组织呈活跃增殖分化相，骨小梁增加，骨基质深染。
4. Numerical simulation of bending fracture of asphalt concrete trabecula
   沥青混凝土小梁弯曲断裂的数值模拟
5. The parenchyma, in which obvious trabecula wasn t found, was chiefly composed of lymphoid tissue and blood sinuses.
   实质主要由淋巴组织和血窦构成，可分为中央区及外周区。
6. 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。
7. It provides clinic with abundant diagnostic information, such as fine soft tissue display, clear bone trabecula structure.
   为临床提供了更为丰富的诊断信息，例如良好的软组织显示，清晰的骨小梁结构。
8. The study of apoptosis in trabecula cells in normal and angle closure glaucoma
   正常人及闭角型青光眼患者小梁细胞凋亡流式细胞学研究
9. 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。
10. Inhibitory effect of various biopolymer materials on scar formation following trabecula resection The mud volume estimated is based on80% of efficiency of solids control equipment behavior.
    不同高分子生物材料抑制小梁切除后瘢痕的形成按固控设备清除效率80%算本井的泥浆材料消耗量。
11. 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；
12. Effects of soy isoflavones on the trabecula of lumbar and tibial epiphyseal extremity in bilateral castrated male rats
    大豆异黄酮对去势雄性大鼠腰椎和胫骨骺端骨小梁变化的影响
13. Conclusions 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症检查的首选部位和可靠指标。
14. From the20th 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。
15. Cortex bone and bone trabecula was normal at the beginning.
    骨组织学检查显示：实验开始时，青年蛋鸡皮质骨、骨小梁正常；
16. 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症的意义。
17. The bone trabecula was sparse and thin on the left side.
    左侧骨小梁稀疏，形细。
18. Pathological study of CHTF filled with cancellous bone showed new cartillage and bone trabecula after 6 weeks of operation.
    CHTF内充填松质骨组术后6周组织学切片观察示新生软骨、骨小梁存在，术后12周新骨生成明显、层状堆积，原植入骨坏死；
19. Conclusion: Non-penetrating trabecula resection can decrease the eye pressure in control.
    结论：非穿透性小梁切除术能安全、有效地降低眼压，是治疗开角性青光眼有效的手术方法。
20. In weeks 8~ 16 after operation, the new bones was formed continuously, the artificial bone was gradually rebuilt to mature lamellar bone, bone trabecula, and medullary cavity.
    8～16周新骨继续生成，人工骨逐渐改建为成熟的板层骨、骨小梁和髓腔结构。
21. The late stage of 12 hip joints with 8 irregular bone trabecula high density change.
    晚期改变：共12髋，其中8髋囊变区涉及股骨头的1/2以上，骨小梁密度增高且不规则。
22. Blurred bone trabecula and ground glass changes in bone marrow were found in 3 of 11 cases.
    3例骨小梁模糊，病骨呈磨玻璃样改变；
23. 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；
24. Preparation of ultrafine chained CaCO 3 particles The bone trabecula was sparse and thin on the left side.
    链锁形超细碳酸钙的制备左侧骨小梁稀疏，形细。
25. Correlation of Whether the Trabecula Was Excised or Not in Glaucoma Surgery to Intraocular Pressure
    青光眼手术中切除小梁与眼压的关系
26. The ratio of bone trabecula and marrow cavity width approached to normal value as compared with the model group;
    骨小梁与髓腔的宽度比值，艾灸组和雌二醇组较模型组接近正常；
27. Electronic microscope test: normal bone structure: internal and outer osseous lamella, bone trabecula in the marrow cavity; after being seethed for 30 minutes: internal and outer osseous lamella, and bone trabecula still existed;
    电镜检查：正常骨结构：内外骨板和骨髓腔内的骨小梁：煮沸30分钟后可见：内外骨板和骨小梁依然存在；
28. Sub-cartilage bone trabecula became thinning, number decreased, succession degraded, discus of bone trabecula stragglingly distributed.
    软骨下骨小梁变细数，数目减少，连续性降低，骨小梁板分布离散。
29. All kinds of tissue samples of bone trabecula centrum lesion have distinctive in Imageology, Histopathology and 3-D reconstruction.
    病变椎体各组织样本的影像学、病理学和骨小梁三维结构具有特征性。

noun

1. 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)