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1·When this occurs cancellous bone comes compact bone.

当这种情况发生时，松质骨变成密质骨。

2·When this occurs, cancellous bone comes compact bone.

当这种情况发生时，松质骨变成密质骨。

3·Results: mandibular canal was formed by a thin layer of compact bone in spongy bone of mandibular bone.

结果：下颌管是下颌骨的骨松质内形成较薄的骨密质骨管。

4·An external layer of compact Bone surrounds a central area of spongy Bone, except at the marrow cavity.

骨的外层为质密的骨皮质，包围着海绵状骨松质中心区（不算骨髓腔）。

5·Its honeycomb structure keeps bones light, in contrast to the heavier, compact bone, which gives it strength.

相比于更重的，紧密的并为我们提供力量的骨骼来说，它的蜂窝构造使骨骼轻巧。

6·As a practical example, the numerical simulation of mechanical characteristics for compact bone by homogenization method is introduced.

作为应用实例，本文介绍了均匀化理论在密质骨力学性能的数值模拟中的应用。

7·Results: In the control group, the blood flow of humerus was the highest in the diaphysis, the compact bone and the bone marrow among all the long bones.

结果：对照组骨组织血流量，在长骨干、皮质骨和骨髓中，以肱骨血流量最高；

8·The main composition of extracellular matrix of compact bone, collagen fibrils and minerals, were preserved in the natural position and structure characteristic.

密质骨骨基质的主要成分胶原纤维和骨盐仍维持原有形态及结构特征，胶原纤维聚集、排列成规则的网状支架。

9·This watercolor-like image shows a part of the human thigh bone. Specifically, it shows the compact bone, which provides strength and rigidity and is solid in appearance.

这种类似水彩画的图像显示了人类腿骨的一部分，更确切的说，应该是强劲，刚硬，结实的密质骨。

10·AIM to discuss the influence of selective estrogen receptor modulator (SERM) on bone mineral density loss in cancellated bone and compact bone of ovariectomized rats.

目的选择性雌激素受体调节剂对去势大鼠松质骨、皮质骨骨密度的影响。