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Featured researches published by Chen Zhongqiang.


Journal of Spinal Disorders & Techniques | 2011

Sagittal alignment comparison of Bryan disc arthroplasty with ProDisc-C arthroplasty: a prospective, randomized controlled clinical trial.

Zhao Yanbin; Sun Yu; Chen Zhongqiang; Liu Zhongjun

Study Design A prospective, randomized study of the radiographic outcomes in patients undergoing single-level cervical arthroplasty with Bryan disc and ProDisc-C prosthesis. Objective The purpose of this trial was to compare the alignment changes of Bryan disc arthroplasty (modified techniques) with ProDisc-C arthroplasty. Summary of Background Data Aggravation of kyphosis is the known challenge after Bryan disc arthroplasty. Both Bryan disc arthroplasty with modified techniques and ProDisc-C arthroplasty were reported to avoid the postoperative local kyphosis. There have been no studies comparing the alignment changes after Bryan disc arthroplasty with ProDisc-C arthroplasty. Methods We conducted a randomized controlled clinical trial enrolling patients with cervical disc disease. Ultimately 20 patients received Bryan disc arthroplasty with modified surgical techniques and 26 patients received ProDisc-C arthroplasty. Functional spinal unit (FSU) and overall cervical alignment (Cobb angle of C2/7) were compared at final follow-up. Results (1) FSU angle: the FSU angle was maintained for the Bryan disc group (from 0.8 to 0.6 degrees) without statistical significance; the FSU angle increased 2.9 degrees for the ProDisc-C group (from −0.3 to 2.6 degrees) with statistical significance. (2) Overall alignment: the overall alignments did not change for both Bryan disc and ProDisc-C groups. Conclusions Bryan disc arthroplasty with modified techniques can maintain the lordosis of FSU, whereas ProDisc-C arthroplasty can restore the lordosis of FSU. For the patients with preoperative FSU kyphosis, ProDisc-C arthroplasty may be a better choice to restore the lordosis.


Biochemical and Biophysical Research Communications | 2004

Immortalization of human osteoblasts by transferring human telomerase reverse transcriptase gene.

Yin Xiaoxue; Chen Zhongqiang; Guo Zhaoqing; Dang Gengting; Ma Qingjun; Wang Shenwu


Archive | 2013

Adjustable interbody fusion cage

Chen Zhongqiang; Sun Chuiguo; Cai Hong


Archive | 2017

Cutting head of piezosurgery

Sun Chuiguo; Chen Zhongqiang; Li Li; Zhan Songtao; Cao Qun


Archive | 2018

TOOL BIT FOR PIEZOSURGERY

Sun Chuiguo; Chen Zhongqiang; Li Li; Zhan Songtao; Cao Qun


Zhongguo Shiyan Dongwu Xuebao | 2016

【結語】遺伝子サイレンシングは,SAOS-2細胞の骨芽細胞分化を阻害する。【JST・京大機械翻訳】

Yu Huilei; Yin Xiaoxue; Chen Zhongqiang; Leng Huijie; Song Chunli; Liu Zhongjun


Hospital management | 2012

Application of Difficult Coefficient in Hospital Performance Management

Chen Zhongqiang


Chinese Journal of Spine and Spinal Cord | 2011

Analysis of spinopelvic sagittal alignment in adult patients with idiopathic scoliosis

Chen Zhongqiang


Chinese Journal of Orthopaedics | 2011

Thoracolumbar disc herniation and Scheuermann's disease

Shi Ze-feng; Chen Zhongqiang; Liu Ning; Qi Qiang


Chinese Hospitals | 2011

Think on strengthening intension of the hospital and promoting efficiency of operation——Take shortening average length of stay in Peking University Third Hospital for example

Chen Zhongqiang

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Cao Qun

Beijing Institute of Technology

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