Haversian system
英
美
网络 哈弗斯系统; 骨单位; 哈弗系统; 又称哈弗斯系统; 哈氏系统
双语例句
- Objective To study inductive osteogenesis of Haversian system and evaluate the clinical significance of the vitalization surface in the healing process of the massive cortical allografts.
目的研究大段同种异体皮质骨移植过程中哈佛系统的成骨作用，探讨大段同种异体皮质骨愈合活化表面的临床意义。 - Objective To explore the differences in Haversian system between human and animal bones through imaging analysis and morphology description.
目的探讨人与狗、猪、牛、羊长骨的哈氏系统的形态特点、图像分析特点及其鉴别要点。 - SEM indicated that the microstructure of Haversian system was destroyed under the impact of bone diagenesis.
其骨组织的显微结构分析指出，成岩作用业已严重破坏了骨骼的哈佛氏系统结构。 - Comparation on Haversian System between Human and Animal Bones by Imaging Analysis
人与狗、猪、牛、羊长骨哈氏系统图像分析的比较 - The Haversian system in the intramembranous osteogenesis of human flat bone
人扁骨膜性骨发生中的哈氏系统 - At 28 days, much more new bone was found and some tissues like Haversian system, part of the TBC particles was absorbed.
28d较多量的新骨生成，并可见类似哈佛氏系统样组织，有吸收现象。 - A study on the radial distribution of Haversian system and the porosity of the cortical bone of tibia
胫骨密质骨哈佛氏系统及孔隙度沿径向分布的研究 - There were significant differences in the structure of Haversian system between human and animal bones;
人骨与狗、猪、牛、羊骨在哈氏系统结构方面有明显区别； - The reconstitution of reticulated bone, the formation of the lamellar bone and new haversian system could be observed during 8-10 POW.
术后8～10周可见网织骨普遍融合重建，形成板层，新的哈佛系统形成； - There were significant differences in the shape, size, location, density of Haversian system, between human and animal bones.
人与狗、猪、牛、羊骨的哈氏系统在形状、大小、分布位置、均匀程度等方面存在明显差异； - Comparative studies on Haversian system of cortical OS longum of the bovine and human
牛和人的长骨密质骨哈佛氏系统的比较研究 - The hammer composed of simple compact bone, without recognizable osteon ( Haversian system) and interstitial lamella;
锤骨为简单的密质骨，不能分辨骨单位及间骨板； - Histological observation showed that, there was significantly greater new bone callus formation and bone resorption in the allograft-host bone junction and haversian system in the experimental group than in the control group.
组织学检查：实验组较同期对照组异体骨宿主骨结合端、异体髓腔内壁及哈弗管内的骨吸收、成骨活动更活跃。 - Plenty of lamellar bones were formed in experimental side and Haversian system and red marrow were observed.
实验侧可见较多哈弗氏系统及红骨髓，大量板层骨。