目的：探讨骨片钉治疗骨端松质骨骨折的临床效果。
Objective: To discuss the clinical effect of the treatment of metaphyseal cancellous bone fracture with fragment fixation system implants (FFS).
目的观察dikfix(迪康)PDLLA可吸收骨折内固定螺钉在治疗松质骨骨折的可靠性。
Objective To observe the reliability of DIKFIX PDLLA absorbable internal fixation screw in treatment of spongy bone fractures.
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。
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.
对于静脉和松质骨出血的处置，通用做法是稳定骨折促使填塞压迫止血。
It is generally accepted that venous and cancellous bleeding is managed by initial stabilization of the fracture to facilitate tamponade.
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。
AIM: To evaluate the application of absorbable self-reinforced screws in the internal fixation of cancellous bone 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。
The screw can be used in any cancellous bone fractures, especially the intraarticular 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。
The anatomical distribution of cortical and cancellous bone in the femoral neck may be critical in determining resistance to fracture .
结论对于肱骨干骨折术后骨不愈合的患者，采用钢板内固定加自体松质骨植骨治疗是有效的方法。
Conclusion Open reduction and plate internal fixation supplemented with autogenous cancellous bone graft is an effective treatment for nonunion of humeral shaft fracture.
目的：探讨钛涂层接骨板松质骨螺钉治疗骨折的机制。
Objective: To discuss the mechanism of titanium-coated bone implant in bone fracture treatment.
结论AO - UHN肱骨交锁髓内钉加自体松质骨植骨是治疗肱骨干骨折不愈合的一种有效方法。
Conclusion AO UHN humeral intramedullary nail fixation with auto cancellous bone graft is effective for treatment of humeral diaphyseal fracture nonunion.
Hammer标准中将松质骨的愈合包含在内。清晰的骨折线消失和皮质骨痂的形状与胫骨骨折稳定性有较少的关联性。
The Hammer scale, which combines cortical continuity, the loss of a visible fracture line, and callus size, was found to correlate poorly with tibial shaft fracture stability.
Hammer标准中将松质骨的愈合包含在内。清晰的骨折线消失和皮质骨痂的形状与胫骨骨折稳定性有较少的关联性。
The Hammer scale, which combines cortical continuity, the loss of a visible fracture line, and callus size, was found to correlate poorly with tibial shaft fracture stability.
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