齿接触半环抱槽式加压钢板固定肱骨骨折的生物力学原理
作者：张树桧 李昂 黄宗强
单位：河南医科大学第二附属医院 450003
关键词：齿接触半环抱槽式加压钢板；肱骨骨折；生物力学
医用生物力学000314摘 要：目的：按照生物力学原理，对传统的钢板加以改进，本文作者研制出一种新型内固定器械——齿接触半环抱槽式加压钢板(CompresssteelplateofgearcontacthalfcycleandchanneltypeGCC)，对其力学性能进行生物力学测试，为临床应用提供依据。方法：采用9具新鲜成年湿润尸体肱骨标本，随机分为3组，原始骨(N)组、实验(GCC)组，普通加压钢板(GCP)组，分别进行生物力学测试，对其数据进行结果分析。结果：在固定强度、刚度、稳定性、承载能力等方面GCC组均明显优于普通加压钢板(GCP)组。结论：齿接触半环抱槽式加压钢板内固定在治疗肱骨骨折中，生物力学性能优良。该器械结构设计合理、安全可靠。 THE BIOMECHANICAL PRINCIPLE OF COMPRESSION STEEL PLATE OF GEAR CONTACT HALF CYCLE AND CHANNEL TYPE FOR HUMERUS FRACTURE
, 百拇医药
Zhang Shu Hui ,Li Ang ,Huang Zong Qiang
(Department o[ orthopaedic surgery, the Second Affiliated Hospital of He nan Medical University 450003)
Abstract：objective: Through the development of traditional steel plate according to the biomechanic principle of fracture stabihzation, author developed a new kind of internal fixture-compress steel plate of gear contact half cycle and channel type(GCC)and then made a biomechanic test on it in order to provide experimental bases for safety clinical practice. METHOD: Nine fresh adult moist cadaveric humerus specimens used in the experiment were divided into three groups at random: normal bone group(N). test group(GCC)and general compress plate group(GCP), the biomechanic tests were conducted respectively. Results: The effect of fixation strength, stiffness, stabihty and ultimate compress strength by GCC is better than that of general compress plate(GCP). Conclusions: Being used in long bone fracture, the internal fixture of GCC is firm, dependable and GCC’S biomechanic performance is superior. This instrument of reasonable structure is safe, simple and practical and it can be widely used in clinieal practice.
, 百拇医药
Keywords：GCC humerus fracture, biomechanic
参考文献：
[1]Miiller ME. anual of Inter fixation Sec. Ed, Springer-Vertg, New york. 1979: 66
[2]王以进.以生物力学观点对几种骨折内固定法的评论，骨与关节损伤杂志，1997.2(1)：57.
[3]PanjabiMM. Abumlk, Durancer, J, Biomechanicalevaluation of spinal fixation devices. spine, 1998; 13: 1129.
[4]王以进.王介麟编者，骨科生物力学，北京，第一版，人民军医出版社，1988: 256
[5]张树桧，李广恒.功能性外固定支架和加压螺纩钉组合，治疗股骨颈骨折的生物力学实验研究.医用生物力学杂志，1998. 13(4). 222～226
[6]王以进.股骨转子间骨折Ender’s弹性髓内钉内固定的生物力学分析与实验。上海科技大学学报，1985, 3(1): 81., 百拇医药
单位：河南医科大学第二附属医院 450003
关键词：齿接触半环抱槽式加压钢板；肱骨骨折；生物力学
医用生物力学000314摘 要：目的：按照生物力学原理，对传统的钢板加以改进，本文作者研制出一种新型内固定器械——齿接触半环抱槽式加压钢板(CompresssteelplateofgearcontacthalfcycleandchanneltypeGCC)，对其力学性能进行生物力学测试，为临床应用提供依据。方法：采用9具新鲜成年湿润尸体肱骨标本，随机分为3组，原始骨(N)组、实验(GCC)组，普通加压钢板(GCP)组，分别进行生物力学测试，对其数据进行结果分析。结果：在固定强度、刚度、稳定性、承载能力等方面GCC组均明显优于普通加压钢板(GCP)组。结论：齿接触半环抱槽式加压钢板内固定在治疗肱骨骨折中，生物力学性能优良。该器械结构设计合理、安全可靠。 THE BIOMECHANICAL PRINCIPLE OF COMPRESSION STEEL PLATE OF GEAR CONTACT HALF CYCLE AND CHANNEL TYPE FOR HUMERUS FRACTURE
, 百拇医药
Zhang Shu Hui ,Li Ang ,Huang Zong Qiang
(Department o[ orthopaedic surgery, the Second Affiliated Hospital of He nan Medical University 450003)
Abstract：objective: Through the development of traditional steel plate according to the biomechanic principle of fracture stabihzation, author developed a new kind of internal fixture-compress steel plate of gear contact half cycle and channel type(GCC)and then made a biomechanic test on it in order to provide experimental bases for safety clinical practice. METHOD: Nine fresh adult moist cadaveric humerus specimens used in the experiment were divided into three groups at random: normal bone group(N). test group(GCC)and general compress plate group(GCP), the biomechanic tests were conducted respectively. Results: The effect of fixation strength, stiffness, stabihty and ultimate compress strength by GCC is better than that of general compress plate(GCP). Conclusions: Being used in long bone fracture, the internal fixture of GCC is firm, dependable and GCC’S biomechanic performance is superior. This instrument of reasonable structure is safe, simple and practical and it can be widely used in clinieal practice.
, 百拇医药
Keywords：GCC humerus fracture, biomechanic
参考文献：
[1]Miiller ME. anual of Inter fixation Sec. Ed, Springer-Vertg, New york. 1979: 66
[2]王以进.以生物力学观点对几种骨折内固定法的评论，骨与关节损伤杂志，1997.2(1)：57.
[3]PanjabiMM. Abumlk, Durancer, J, Biomechanicalevaluation of spinal fixation devices. spine, 1998; 13: 1129.
[4]王以进.王介麟编者，骨科生物力学，北京，第一版，人民军医出版社，1988: 256
[5]张树桧，李广恒.功能性外固定支架和加压螺纩钉组合，治疗股骨颈骨折的生物力学实验研究.医用生物力学杂志，1998. 13(4). 222～226
[6]王以进.股骨转子间骨折Ender’s弹性髓内钉内固定的生物力学分析与实验。上海科技大学学报，1985, 3(1): 81., 百拇医药