目的：探讨踝部骨折的治疗与距骨生物力学的关系。
OBJECTIVE: To explore the relationship between treatment of ankle fracture and the biomechanics of the talus.
检测各组骨矿物质密度（BMD）、骨生物力学性能、骨生化代谢指标。
After trailing, we measured bone mineral density (BMD), biomechanical properties, and bone biochemical indexes of all groups Thirty patients with postmenopaus.
目的：探讨中药滋肾丸对糖皮质激素性大鼠骨质疏松骨生物力学的改善作用及机制研究。
Objective: To explore the effects of Nourishing Didney-Yin pill on bone biomechanics in male rats with osteoporosis and the mechanism.
目前常用的骨质疏松评价指标包括骨密度、骨代谢生化指标、骨生物力学强度及骨小梁显微结构。
The most widely used parameters of osteoporosis include bone mineral density, biochemical markers of bone metabolism, biomechanical properties and the microarchitecture of bone trabecula.
目的观察凹入实验在测定大鼠松质骨生物力学特性的作用，探讨以大鼠椎体进行凹入实验的合理性和简便性。
Objective To investigate the rationality and simplicity of indentation testing of lumbar vertebrae of rats by observing the biomechanical properties of rat cancellous bones using indentation tests.
因此科学设计种植修复体，使种植体周围骨生物力学的应力分布更为合理是口腔生物力学研究的一个重要课题。
Accordingly, the appropriate design of implant-supported prosthesis to balance the stress is an essential problem in dental biomechanical study.
结论染料木素对模型动物的骨密度、骨生物力学及相关生化指标都具有改善作用，具有较好的抗骨质疏松作用。
CONCLUSION Genistein could improve the bone mass density, biomechanics and correlated biochemical indicators ovariectomized rats and could be used for osteoporosis treatment.
作者认为，骨生物力学参数是评价骨质疏松的重要指标。切除双侧卵巢的雌性山羊有可能成为骨质疏松的大动物模型。
The authors conclude that the bone biomechanical properties are important parameters in assessing osteoporosis and the ovariectomized goat can possibly be a good big animal model of osteoporosis.
结论低频磁场可改善大鼠因去负荷引起的骨代谢和骨结构异常，减少骨丢失，提高骨生物力学性能，降低骨折危险度。
Conclusions LMF may improve the bone metabolism and bone structure, decrease bone loss, increase bone biomechanical properties and reduce the risk of fracture.
结论OGP(10 - 14)及其衍生物治疗后，在一定程度上提高了骨质疏松大鼠骨组织抗冲击、抗压缩的能力，改善了骨生物力学性能。
Conclusion After the treatment with OGP (10-14) and its derivatives, the anti-impact and anti-compression ability of bone were increased in osteoporotic rats while the biomechanics was improved.
锁定螺钉钢板固定肱骨干骨折有益吗？尸体骨和人工骨的生物力学分析。
Are Locking Screws Advantageous with Plate Fixation of Humeral Shaft Fractures? A Biomechanical Analysis of Synthetic and Cadaveric Bone.
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.
目的：探讨在功能性颌骨矫形过程中，咀嚼肌生物力学特性变化的规律。
Objective: To study the effects of functional appliance on the biomechanical characteristics of masticatory muscles.
与之相比，锁定钢板外固定架的生物力学原则相仿，无需钢板与骨之间的摩擦力。
In contrast, locking plates follow the biomechanical principle of external fixators and do not require friction between the plate and bone.
研究设计：采用非线性有限元素分析来研究真实的骨水泥分布对椎体生物力学的加强作用。
The biomechanics of vertebral bodies augmented with real distributions of cement were investigated using nonlinear finite element (FE) analysis.
目的：评价一种新型坚固内固定器械用于治疗犬下颌骨线性骨折的生物力学稳定性。
Objective To evaluate biomechanical stability of a rigid internal fixation device used for treatment of mandibular linear fracture in dogs.
目的探讨骨质疏松骨折愈合过程中骨痂局部生物力学性能的变化。
AIM To research the changes of the biomechanics of the local bone callus in the process of osteoporotic bone healing.
结论：肌腱结在骨性隧道内的嵌压具有良好的生物力学性能，可以满足前交叉韧带重建的生物力学需要。
Conclusion:ACL reconstruction by knot-impinged double-strand hamstring tendon has satisfactory biomechanical properties in vitro and is an available method to repair the injury of ACL.
目的：研究a2型股骨转子间骨折动力髋螺钉(DHS)固定加骨水泥强化对内固定生物力学影响。
Objective: To evaluate the biomechanical effects of the dynamic hip screw (DHS) augmented with bone cement in A2 intertrochanteric fractures.
磷酸钙骨水泥强化松动椎弓根螺钉固定的生物力学测试结果。
Biomechanical testing results of CPC in the reinforcement of loose vertebral pedicle screw fixation.
目的研究正常国人新鲜尸体股骨上端松质骨的拉伸粘弹性力学性质，为临床提供生物力学参数。
Objective To research the viscoelasticity of the cancellous bones of the OS femoris' upper part of the fresh body of our country and provide parameter of biomass for clinical.
目的：应用自行设计的微创植骨器进行微创植骨术修复骨缺损的生物力学和组织学观察。
AIM to observe the biomechanics and histology of minimally invasive bone grafting in the plerosis of bone defects with self-made minimally invasive bone grafting instrument.
对所有试件进行压缩刚度、扭矩刚度、最大扭矩等生物力学实验，观察不同截骨形状的稳定性。
So, such biomechanical experiments as compression rigidity, torsion rigidity and maximal torsion were carried out, and the steadiness of differently resected bones were observed.
介绍了单节段内经峡部加压螺钉内固定植骨和张力带钢丝法治疗腰椎峡部裂的临床应用和生物力学实验研究。
Clinical and biomechanical studies about the treatment of spondylolysis by internal and bone-grafting of the defect within single segment were introduced.
目的设计研制一种异种骨颈椎融合器，并进行生物力学测试为临床提供生物力学参数。
Objective To design and develop a sort of heterogenous bone cervical vertebrae fusion cage, and test it by biomechanical experiments for the purpose of supplying biomechanics parameters for clinic.
骨中有机成分特别是胶原对其生物力学性质具有重要影响。
The organic phase in bone, especially collagen, plays an important role in the biomechanical properties of bone.
结论：附着体应用于单侧上颌骨缺损修复，符合生物力学要求，未增加基牙的负荷。
CONCLUSIONS: the application of attachment for restoration of unilateral maxillary defect meets the biomechanical demands without increasing the stress load on the abutment.
目的：探讨治疗体骨颈骨折采用三枚双头空心加压钉的生物力学原理和临床应用。
Objective: This article introduces about the three double heads empty compression screw (DECS) and its clinical application for treatment of fracture of femoral neck.
生物力学实验结果表明，使用羟基磷灰石涂层，可以显著提高骨组织与种植体的界面结合强度。
It was revealed by push out test that the hydroxyapatite coating greatly prompt the bonding strength between implant and surrounding hard tissues.
生物力学实验结果表明，使用羟基磷灰石涂层，可以显著提高骨组织与种植体的界面结合强度。
It was revealed by push out test that the hydroxyapatite coating greatly prompt the bonding strength between implant and surrounding hard tissues.
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