Are Miami-J and Aspen's one-collar-fits-all cervical orthotic designs as effective at restricting cervical spine motion as their standard designs?

N.Evans; G.Hooper; R.Edwards; G.Whatling; V.Sparkes; C.Holt; S.Ahuja

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Are Miami-J and Aspen's one-collar-fits-all cervical orthotic designs as effective at restricting cervical spine motion as their standard designs?

机译：Miami-J和Aspen的单项适合所有颈椎矫形器设计是否能像标准设计一样有效地限制颈椎运动？

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来源
《Injury extra 》 |2011年第9期| 共1页
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N.Evans; G.Hooper; R.Edwards; G.Whatling; V.Sparkes; C.Holt; S.Ahuja;
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1. A 3D motion analysis study comparing the effectiveness of cervical spine orthoses at restricting spinal motion through physiological ranges. [J] . Nicholas Rhys Evans, Georgina Hooper, Rachel Edwards, European spine journal: official publication of the European Spine Society, the European Spinal Deformity Society, and the European Section of the Cervical Spine Research Society . 2013 ,第Suppla1期

机译：3D运动分析研究比较了颈椎矫形器在整个生理范围内限制脊柱运动的有效性。
2. A 3D motion analysis study comparing the effectiveness of cervical spine orthoses at restricting spinal motion through physiological ranges. [J] . Nicholas Rhys Evans, Georgina Hooper, Rachel Edwards, European spine journal: official publication of the European Spine Society, the European Spinal Deformity Society, and the European Section of the Cervical Spine Research Society . 2013 ,第Suppla1期

机译：3D运动分析研究比较宫颈脊柱晶体的有效性通过生理范围限制脊柱运动。
3. A 3D motion analysis study comparing the effectiveness of cervical spine orthoses at restricting spinal motion through physiological ranges [J] . European spine journal . 2013 ,第1期

机译：3D运动分析研究比较宫颈脊柱矫形器通过生理范围限制脊柱运动的效果
4. Comparison of Daily Motion of the Cervical and Lumbar Spine to ASTM F2423-11 and ISO 18192-1.2011 Standard Testing [C] . Daniel Cobian, Bryan Heiderscheit, Nicole Daehn, Symposium on static and dynamic spinal implants . 2012

机译：宫颈癌和腰椎脊柱的日常运动与ASTM F2423-11和ISO 18192-1.2011标准试验的比较
5. Development of a Clinical Prediction Rule to Identify Patients with Neck Pain Likely to Benefit from Cervical Spine Manipulation and a Range of Motion Exercise. [D] . Puentedura, Emilio Joseph. 2011

机译：制定临床预测规则以识别颈痛患者可能从颈椎操纵和一系列运动锻炼中受益。
6. Motion Path of the Instant Center of Rotation in the Cervical Spine During In VivoDynamic Flexion-Extension: Implications for Artificial Disc Design and Evaluation of Motion QualityFollowing Arthrodesis [O] . William Anderst, Emma Baillargeon, William Donaldson, -1

机译：体内颈椎瞬时旋转中心的运动路径动态屈伸：对人工椎间盘设计和运动质量评估的意义关节固定术后
7. 'Coupled motions' in cervical spine rotation can be misleading. Comment on V. Feipel, B, Rondelet, J.-P. Le Pallec and M. Rooze. Normal global motion of the cervical spine:an electrogoniometric study. Clin. Biomechanics 1999; 14: 462-470 [O] . Hof A.L., Koerhuis C.L., Winters J.C. 2001

机译：颈椎旋转中的“联动”可能会引起误解。评论V. Feipel，B，Rondelet，J.-P. Le Pallec和M. Rooze。正常的颈椎整体运动：一项电动测角研究。临床《生物力学》 1999； 14：462-470
8. Design of a Cervical Spine Gross Motion Simulator for Standard Size Human andAnthropomorphic Dummy Adult and Child [R] . Malapati, R. 1994

机译：标准尺寸人体和拟人假人成人和儿童颈椎运动模拟器的设计

Are Miami-J and Aspen's one-collar-fits-all cervical orthotic designs as effective at restricting cervical spine motion as their standard designs?

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