BIO-CHINA 2017目前確定的部分嘉賓如下（嘉賓目錄持續更新）：

醫用生物材料的研發現狀及未來發展趨勢 中國醫學科學院北京協和醫學院生物醫學工程研究所 二級研究員 張其清

用於再生醫學的電紡納米纖維材料的理論設計   

內布拉斯加大學醫學中心   謝京偉
Rationale Design of Electrospun Nanofiber Materials for Regenerative Medicine
University of Nebraska Medical Center  Jingwei Xie 

激勵響應聚合物的4D打印及生物應用 

哈爾濱工業大學教授，長江學者特聘教授 冷勁松

Four D Printing and Bio - Application of Incentive Responsive Polymers

Harbin Institute of Technology professor Jinsong Leng

3D打印與器官製造  

中國醫科大學 組織工程教研室教授 王小紅  
3D printing and organ manufacturing  

China Medical University  Professor Xiaohong Wang

生物醫用塗層材料研究與應用  

中國科學院上海硅酸鹽研究所特種無機塗層研究中心 博士、研究員、博導 鄭學斌 

Research and application of biomedical coating materials  

Professor and the director of Research Group of Plasma Sprayed Coatings of SICCAS  Zheng Xuebin

蜘蛛絲蛋白及其復合材料在神經再生上的應用 嘉興學院 俞巧珍 教授

脫細胞真皮基質修復膜在耳鼻咽喉頭頸外科的應用  

毓璜頂醫院耳鼻喉科主任，五官科教研室主任 張慶泉 

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  

Application of acellular dermal matrix repair membrane in otorhinolaryngology head and neck surgery Yuhuangding Hospital Otolaryngological department Director Qingquan Zhang

人造血管  

 德國漢諾威醫科大學博士，中國醫學科學院阜外醫院副教授、副主任醫師，碩士生導師 歐陽晨曦
Artificial blood vessels  

Hannover Medical University Chinese Academy of Medical Sciences Fu Wai Hospital   Ouyang Chengxin

靜電紡納米纖維及納米紗用於組織再生  

東華大學教授，博導  莫秀梅
Electrospinning nanofibers and nanogets for tissue regeneration

Donghua University  Professor Doctoral tutor Xiumei Mo

酶促接枝共聚和原位仿生礦化制備絲素/HAp醫用復合材料

江南大學 博士/教授 王平

頸椎病椎動脈減壓與脊柱穩定顯微外科技術

暨南大學附屬第一醫院骨科 主任醫師 教授    陳鴻儒

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 

聚甘油移植器官保存液及其它醫用產品研發  

英屬哥倫比亞大學 泌尿科學系 副教授   杜才乾 
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 

國人測繪數據在膝關節假體設計中的啟發  

北京市春立正達醫療器械股份有限公司 董事長 史春寶
Elicitation of Chinese mapping data in the design of knee prosthesis 

Beijing Chunlizhengda Medical Instruments Co., Ltd.   Board Chairman  Shi Chunbao

關節失穩與應力集中在膝關節骨關節炎發病過程中的作用 

天津市泰達醫院 副主任醫師 王建華 
The role of joint instability and stress concentration in the pathogenesis of knee osteoarthritis 

Tianjin TEDA Hospital  Jianhua Wang

海洋生物材料  

生物醫學工程專業博士生導師，二級教授，人工器官及材料教育部工程研究中心主任 週長忍  Director of artificial organs and Materials Engineering Research Center, Jinan University  Changren Zhou

靜電紡納米纖維在醫療及組織再生的應用 

南京理工大學
Applications of electrospinning nanofribers in medical and tissue regeneration 

Nanjing University of Science and Technology  Aipeng Deng

生物醫用海綿材料與細胞的答應
南京理工大學教授，博導 楊樹林
The interaction between biological scaffolds and cells.
Nanjing University of Science and Technology  Yang Shulin  

註射式人工髓核方面的研究內容  

浙江大學醫學院附屬第一醫院骨科 胡金艮

Injection of artificial nucleus pulposus research content

First Affiliated Hospital of Zhejiang University School of Medicine  Jingeng Hu

氟化豬骨羥基磷灰石用於骨組織工程再生

中山大學光華口腔醫院，廣東省口腔重點實驗室  香港大學博士，中山大學光華口腔醫院教授、主任醫師、中山大學及香港大學博導   陳卓凡

Fluorinated porcine hydroxyapatite for bone tissue engineering   

功能化仿生鈣磷材料修復大體積骨缺損  

阿姆斯特丹大學及阿姆斯特丹自由大學附屬牙科學術研究中心（ACTA）博士，助理教授 吳剛

Functionalized biomimetic calcium phosphate to heal large bone defects

Academic Center for Dentistry Amsterdam, Universiteit van Amsterdam and Vrije Universiteit, the Netherlands   Wu Gang

神經退行性變及神經損傷的再生醫學修復  第二軍醫大學再生醫學研究中心
第二軍醫大學生物醫學工程研究所所長、再生醫學研究中心主任 張傳森

Differentiation of stem cells into motor neurons and sensory neurons

Second Military Medical University, Regenerative medicine Research Center  Chuangseng Zhang

通過天然化學連接制備的多肽水凝膠  

聊城大學 生物制藥研究院 範治平 

Polypeptide Hydrogel Fabricated via Native Chemical Ligation  

Liaocheng University   Zhiping Fan

基於膠原及其聚集體的復合醫用材料的研究

 四川大學教授，博士，博士生導師 但衛華

Biomedical Composite Materials

Sichuan University   professor, doctoral tutor    Weihua Dan

可控力學性能的生物降解聚合物的制備及生物醫學應用研究  華東理工大學副教授 李玉林

Synthesis of Biodegradable Polymers with Controllable Mechanical Properties for Biomedical Applications  East China University of Science and Technology  Associated Professor Yulin Li

新型納米聚醚醚酮復合物骨生物活性的研究 

西安交通大學第二附屬醫院骨一科  博士 馬瑞
Study on biological activity of new nano - polyether ether ketone complex

Second Affiliated Hospital of Xi'an Jiaotong University orthopedic Department Doctor   Ma Rui

（嘉賓最後更新時間：8月4日）

BIO-CHINA 2017 將於2017中國國際骨科研究大會（ORS-CHINA 2017）同期同地點召開，報名一個活動，2個活動都可以參加。

M. Ibrahim Khan,MD 確認參加ORS-CHINA 2017 並於22日下午舉辦半天的單獨論壇。

嘉賓簡介：

M. Ibrahim Khan,MD, was born in Pakistan in 1943 and graduated from the then K.E.Medical College ( now K.E.Medical University ) in Lahore in 1966 and then came to U.S. and did his orthopedic residency at University of Massachusetts in Worcester- Massachusetts and fellowship in hand surgery at University of Louisville in Louisville-Kentucky. He is board certified in orthopedic surgery. He has been here in Los Angeles since 1986.

論壇安排：

部分一：45分鐘報告

報告內容：

CTS: REALITY CHECK

Until now, carpal tunnel syndrome (CTS) has been a work in progress because compression theory of CTS is intuitive, simple and completely wrong given the fact that it can’t pass natural history muster. This has turned CTS in to a ‘black box’ for hand surgeons, neurophysiologists, neurologists and rehab specialists. What is urgently needed is not an ostrich-like retreat in to the sands of compression postponing a necessary reckoning with the hand surgery patients’ dissatisfaction & hand surgeons’ empathy gap but rather an alternative to the status quo. My liberating alternative is underpinned by the 21^st century science of subtle, but crucial, dynamic median neurodesis to flexor pollicis longus (FPL) in carpal tunnel and that’s why it brings scientific clarity & certainty to Idiopathic CTS which now a days accounts for 99.9% of CTS cases. This new theory, unlike compression theory, does account for the natural history of CTS thus solving the electro diagnostic (EDX) riddle of CTS. It also accounts for this growing body of new & compelling sonographic evidence of CTS thereby solving the problem of the inadequacy of electro diagnostic tests for diagnosis of CTS. To top it off, it helps to explain the sub optimal surgical outcome of carpal tunnel release/decompression (CTR/CTD) because contrary to conventional medical wisdom, the median nerve in CTS needs to be ‘untethered’ from its ‘tether’ to FPL and not decompressed.    

報告結束後，一個小時的問答討論時間。

部分二：中場休息15-30分鐘

部分三：45分鐘報告：

報告內容：

ZONE 2 REPAIR: REALITY CHECK

Repair of lacerated flexor tendons in zone 2 has received more attention than anything else in hand surgery during the last 50years and yet this attention has not translated in to solution because the attention has been reactive rather than proactive. Reacting to a grave & consequential event of end placement of the ‘core’ suture for zone 2 repairs resulting in eccentric (unbalanced) loading of the flexor tendon which sets the ball rolling for a chain of events of dorsal gapping at the repair site & complications like adhesions including PIP joint flexion contractures and ruptures. What has made the end-placement a case of “out of the frying pan, in to the fire," is the fantasyland marriage of this technique & multi strands such as Savage six strand suture & its endless imitations. Because the powerful one-two punch of palmar end placement & multi strands does not give the suture just a bite on the palmer side but a savage bite, pun unintended, opening the repair dorsally like a book guaranteeing its spectacular failure in clinical practice.

A proactive approach to zone 2 repair means preventing dorsal gap at the repair site and the ensuing adhesions including PIP joint flexion contractures and ruptures. This is possible with the use of a ‘core’ suture working on tension-band principle. The ‘core’ suture for zone 2 repairs that I have designed & developed works on tension-band principle and because of that it has the most compelling incentive: the prevention of dorsal gaping with all its attendant consequences. My technique is a disruptive technique given its radical departure from the conventional wisdom on zone 2 repairs which recommends end-placement of ‘ core’ suture and my suture is the exact opposite of that—non-end-placement of ‘core’ suture. In addition to ‘end- placement’, there are other issues such as suture anchoring & multistrand with the status quo but they are not as consequential as the ‘end-placement’. They will be discussed in the presentation.

報告結束後，一個小時的問答與討論時間。

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