The screw can be used in any cancellous bone fractures, especially the intraarticular fracture.
此螺钉可适用于各部位的松质骨骨折，特别是关节内骨折。
AIM: To evaluate the application of absorbable self-reinforced screws in the internal fixation of cancellous bone fracture.
目的：评价自身增强可吸收螺钉在松质骨部位骨折内固定中的应用价值。
In the final phase, graft repair and remodeling occurs, a process which differs in cortical and cancellous bone regions.
最后一个阶段，也就是修复与重建的发生，这一过程在皮质骨与松质骨部分是不同的。
When this occurs cancellous bone comes compact bone.
当这种情况发生时，松质骨变成密质骨。
The anatomical distribution of cortical and cancellous bone in the femoral neck may be critical in determining resistance to fracture .
股骨颈中皮质骨和松质骨的解剖分布情况决定了其抗骨折的能力。
Conclusion: For treatment of the cancellous bone fracture, a combination of restoration of the anatomic location plus strong fixation is necessary on the restoration of the biomechanical property.
结论：对关节松质骨骨折的治疗应尽可能做到解剖复位和坚强固定，以利于松质骨的生物力学性能的恢复。
Compression cancellous bone screw with both ends thread is a Variable pitch screw designed tO provide rigid 'fixation of cancellous bone fracture.
双端螺纹松质骨加压螺钉的特点是两端螺纹具有不同的螺距，无螺帽。
Cancellous allografts incorporate to host bone, as do autogenous cancellous grafts.
同种异体松质骨与宿主骨混合与自体松质骨移植相似。
Cancellous allografts incorporate to host bone as do autogenous cancellous grafts.
同种异体松质骨与宿主骨混合与自体松质骨移植相似。
Fixation with cancellous bone screw, unilateral buttress plate, bilateral buttress plate, unilateral buttress plate and cancellous bone screw had 4, 8, 4, 6 cases respectively.
松质骨螺钉固定4例，单侧支撑钢板内固定8例，双侧支撑钢板内固定4例，单侧支撑钢板加松质骨螺钉固定6例。
Objective To report clinical application of iliac cancellous bone grafting in alveolar cleft repair.
目的报告自体髂骨松质骨修复牙槽突裂的临床应用。
PURPOSE: To evaluate the changes of transplanted bones after cancellous iliac bone grafting in cleft alveolar repair in various ages.
目的：评价在不同年龄阶段髂骨松质骨移植修复牙槽嵴裂术后植入骨的变化情况。
General ways used to study the macro mechanical properties of cancellous bone are measuring deformation of integral bone samples.
在已经开展的这一方面的研究工作中主要是进行松质骨试样的宏观力学性能测试。
Objective To observe the three dimensional micro-architecture of osteoporosis and non-osteoporosis cancellous bone and its effect on bone strength.
目的观察骨质疏松和非骨质疏松状态的松质骨的三维微观结构对其骨强度的影响。
Purpose To study the skeletal effects in cancellous bone and bone metabolic changes of low calcium and high protein dietary in rats.
目的了解低钙联合高蛋白饲料对大鼠松质骨与代谢的影响，分析其机制。
In conclusion, moderate training had the better effect on microstructure of cancellous bone in distal femur in ovariectomized rats.
结论：中等强度运动对去卵巢大鼠股骨下端松质骨超微结构产生了更好的作用。
This indicates the differences between internal oncotic pressure and local pressure in cancellous bone are decreased until balance.
说明松质骨内固有的膨胀压与局部的压力差减少，最后达到相对平衡。
The loss rate of BMC value was similar between cancellous bone and cortical bone (P > 0.05).
不同年龄组的松质骨与皮质骨骨密度年丢失率无差异（P>0.05）。
After killing the animals, cancellous bone specimens from the vertebra, femurs, and tibias were micro-CT scanned and tested mechanically. Serum biomarkers were determined.
杀死动物，从脊椎、股骨和胫骨取松质骨标本，进行显微ct扫描及力学测试，并监测血清标志物。
Objective To determine whether cancellous bone allograft is the best biological material for filling a cavity bone defect.
目的探讨应用异体松质骨移植治疗骨肿瘤切除后骨缺损的生物材料填充方法。
When this occurs, cancellous bone comes compact bone.
当这种情况发生时，松质骨变成密质骨。
Objective to prepare acellular cancellous bone as carrier for bone morphogenetic protein 2 (BMP-2), and observe the ectopic osteogenesis.
目的制备脱细胞松质骨作为骨形态发生蛋白2 (BMP - 2)载体，观察其异位成骨状况。
Objective To evaluate the cellular biocompatibility of ostrich calcium phosphate ceramic scaffold prepared by the ostrich cancellous bone.
目的：评价由鸵鸟松质骨制备的钙磷陶瓷支架的细胞相容性。
The latter will therefore remove a greater proportion of cancellous bone.
后者因此将消除更多部分的松质骨。
The physiological structure of cancellous bone is composed of the trabeculae architecture and the tissue fluid which is full of the porous skeleton.
在生理结构上，松质骨由骨小梁构成的骨架结构和充满于该结构之间的组织液组成。
Mean trabecular spacing is one of the most important parameters to estimate the microstructure of cancellous bone.
骨小梁间距是评价松质骨微结构状况的主要参数之一。
Here is normal cancellous bone as seen under polarized light microscopy, which highlights the lamellar structure.
图示偏振光显微镜下的正常骨松质，可见突出的板层状结构。
These three bones provide cortical grafts, whole bone transplants, and cancellous bone, respectively.
上述三骨可分别提供皮质骨、整块骨和松质骨。
These three bones provide cortical grafts, whole bone transplants, and cancellous bone, respectively.
上述三骨可分别提供皮质骨、整块骨和松质骨。
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