骨科学

伤害控制骨科学原则在严重多发创伤中的应用

Application of treatment in multiple traumas with multiple fractures by damage control orthopedics strategy

“伤害控制骨科学”的理念源于伤害控制外科发展而来并且成功应用到四肢骨折的治疗上。

Damage control orthopedics is an approach that stabilizes orthopedic injuries so that the patient ′ s overall physiology can improve .

自主创新推动我国骨科学发展

Uninfluenced innovation advance development of orthopaedics and traumatology of China

应用多媒体技术提高骨科学教学效果

Improving the teaching effect of orthopaedics course with multimedia technology and joint

其机制是近十年来骨科学、生物医学工程及康复医学领域的研究热点。

The mechanism becomes the heat point in the field of bone science , biomedicine project and rehabilitation research .

1937年成立了中华医学会骨科学组1980年中华医学会骨科分会成立。

The orthopaedic group was organized under the auspecies of Chinese Medical Association in1937.The Chinese Medical Association Orthopaedic Society was established in1980 .

这是我国骨科学领域针对人工关节置换术后血栓预防治疗的首次大样本的循证医学研究。

This is the first Evidence Based Medicine research ( EBM ) focused on the VTE prophylaxis following total hip replacement in China .

环抱式肋骨接骨器内固定治疗创伤性连枷胸伤害控制骨科学原则在严重多发创伤中的应用

Fixation with encircling bone connector for traumatic flail chest Application of treatment in multiple traumas with multiple fractures by damage control orthopedics strategy

骨科学诊治进展专家研讨会纪要骨科学的新进展及其在治疗中的应用

Summary of the Symposium on Diagnosis and Therapy in Orthopedics A View For the Developments of Modern Orthopedics Based on Multiple Connections of Science

本文总结了多媒体技术的优势，阐述了多媒体技术在骨科学教学中讲解“骨与关节检查”内容时的应用。

The article summarized the advantages of multimedia technology and expounded the application of multimedia technology in the lesson about examination of bone and joint .

目的探讨运用伤害控制骨科学救治合并骨盆骨折的多发伤病人，并选择合适手术时机的临床体会。

Objective To explore the efficacy of damage control orthopedics on polytrauma patients with pelvic fracture , and to analyze the appropriate operating opportunity for them .

骨外科学：有关骨骼系统及其相关构造功能的维持与恢复之医学专科。

Orthopedics ( or orthopedic surgery ): Medical specialty concerned with the skeleton and its associated structures .

期间，综合了骨外科学、解剖学、生物力学、材料学及特种材料加工工艺，利用有限元分析和物理模拟实验进行生物力学的测试，并为股骨头置换假体设计提供全新的思路。

And , it intergrates surgery , anatomy , biomechanical , science of materials and machining processing technology , uses finite element analysis and biomechanical simulation text . It does will provide new ideas for designing the femoral head replacement prosthesis .

1995年，Crane等在此基础上进一步系统地提出骨组织工程的科学意义、研究方法、研究现状和前景，引起了人们对骨组织工程研究领域的普遍关注。

Then , Crane put forword the scientific significance , research methods , current status and prospects of bone tissue engineering systematically , which aroused general concern .

骨组织工程学是骨外科学主要发展方向之一。

Bone tissue engineering has become one of the main development directions for orthopaedics .

探讨饮水氟浓度与人群骨关节炎患病的关系，为防治地方性氟骨症提供科学依据。

To explore the relations between fluorine concentration in drinking water and osteoarthritis , and to provide evidence for prevention and intervetion of endemic fluoride of bone .