2017 CHINA INTERNATIONAL ORTHOPEDIC RESEARCH SUMMIT&EXPO (ORS-China 2017)

About ORS-CHINA :
Over the past decade, China's orthopedic research has developed rapidly. With the development of orthopedic new theories, new technologies and new materials, basic research plays an increasingly important role in promoting the development of orthopedics. In order to promote the orthopedic research level in our country, translating more of our research results into new technologies and meet clinical needs, provide a platform for research institutes, basic research and clinical professionals and medical equipment manufacturers, investment and financing institutions to exchange ideas and make co-operation, with the approval of Ministry of Health Department, Shanghai Guang Mao Exhibition Service Inc, China Orthopedic Reaearch Alliance,  China orthopedic Implant Industry Alliance will host The 2nd China International Orthopedic Research Summit from 22-23 September 2017 in Shanghai. 
This conference will invite nearly 800 orthopedic research professionals from mainland China, Hong Kong, Taiwan, and the United States, Britain, Japan, Germany, Australia and other countries and regions, business representatives, representatives of research institutes, orthopedic clinicians, university professors and other professionals will attend the summit.
The summit has a total of seven sub-forums, and tea breaks, panel discussions and other activities for the participants to networking and share ideas. The conference also establishes an exhibitiing area for orthopedic research products and technologies to display. 
ORS-CHINA welcome speakers from all over the world. If you are interested in giving a report in ORS-CHINA 2017, please contact us as soon as possible.
2017 China International Orthopedic Research Summit  will cover the following areas:
1) Regenerative medicine with IPs cells
2) Regenerative medicine using stem cells
3) pathophysiology and regeneration of spinal cord injury
4) disc degeneration and regenerative medicine
5) Regenerative Medicine of articular cartilage
6) Forefront of OA treatment 
7) The forefront of bone necrosis pathology and treatment
8) Organization regeneration using PRP-theory and practice
9) Orthopedic Mechanobiology
10) The path to the malignant bone soft tumor metastasis control
11) Peripheral nerve regeneration (including artificial nerves)
12) Mechanism and treatment of chronic pain onset
13) Muscle atrophy Prevention 
14) Bone regeneration and bone fusion promotion
15) Bone Tendon interface
16) bone metabolism and osteoporosis-a new development
17) Orthopedic Biomaterials
18) Periprosthetic Immunology
19) Athletic Imaging
2017 China International Orthopedic Research Summit welcomes your participation !

Orthopaedic Research and Innovation Symposium
This symposium focuses on the orthopaedic sciences from engineering and medical viewpoints. The following areas will be emphasized: 1) Orthopaedic Sciences, 2) Devices and 3) Nano Science such as biological markers in Orthopaedics to Device level and mechanisms with an emphasis on the design optimization issues, modeling behaviors, nanotoxicity and clinical applications. Abstracts in the modeling areas, soft-hard material phenomenon, nano scale phenomenon that accompany bone healing and remodeling following orthopaedic surgery will be sought. Additional emphasis will be placed on covering failure modes of orthopaedic devices such as wear, polymer synthesis for biomedical applications, as well as use in drug delivery, loosening and infection and modeling those processes in laboratory and in vivo environments. The topics involving medical devices, application of biological sciences, materials and biomaterials are interdisciplinary in nature providing a confluence of three areas namely, sciences, engineering and medicine at this symposium. Topics to be covered by this symposium include:
•Modeling orthopaedic processes
•Biomechanics of total joints and bones
•Characterization of biomaterials
•Failure modes of medical devices
•Modeling wear growth rates
•Orthopaedic healing, biological markers and predictors
•Clinical fixation issues, modeling, and outcomes
•Design and development of new devices
 

Distinguished guest

Vertebral artery decompression and spinal stabilization microsurgery technique of cervical spondylosis

Department of Orthopaedics the First Affiliate Hospital of Jinnan University, GuangZhou China  Professor chief physician   Hongru Chen 

Rationale Design of Electrospun Nanofiber Materials for Regenerative Medicine
University of Nebraska Medical Center  Jingwei Xie 

Simvastatin Inhibits IL-1β-Induced Apoptosis and Extracellular Matrix Degradation by Suppressing the NF-kB and MAPK Pathways in Nucleus Pulposus Cells
Huazhong University of Science and Technology  Tu Ji  

Development of a new organ preservation solution using hyperbranched polyglycerol and its potential in other medical uses  University of British Columbia Associate Professor  Caigan Du 

Elicitation of Chinese mapping data in the design of knee prosthesis Beijing Chunlizhengda Medical Instruments Co., Ltd.  Board Chairman Shi Chunbao

Applications of electrospinning nanofribers in medical and tissue regeneration  Reporter：Nanjing University of Science and Technology Aipeng Deng

The interaction between biological scaffolds and cells. Reporter：Nanjing University of Science and Technology Yang Yang

Fluorinated porcine hydroxyapatite for bone tissue engineering

Polypeptide Hydrogel Fabricated via Native Chemical Ligation  Liaocheng University Zhiping Fan