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Measurement of Intervertebral Motion Using QuantitativeFluoroscopy: Report of an International Forum and Proposal for Use in the Assessment of Degenerative Disc Disease in the Lumbar Spine

机译:使用定量荧光镜测量椎间运动:用于评估腰椎退行性椎间盘疾病的国际论坛和建议的报告

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Quantitative fluoroscopy (QF) is an emerging technology for measuring intervertebral motion patterns to investigate problem back pain and degenerative disc disease. This International Forum was a networking event of three research groups (UK, US, Hong Kong), over three days in San Francisco in August 2009. Its aim was to reach a consensus on how best to record, analyse, and communicate QF information for research and clinical purposes. The Forum recommended that images should be acquired during regular trunk motion that is controlled for velocity and range, in order to minimise externally imposed variability as well as to correlate intervertebral motion with trunk motion. This should be done in both the recumbent passive and weight bearing active patient configurations. The main recommended outputs from QF were the true ranges of intervertebral rotation and translation, neutral zone laxity and the consistency of shape of the motion patterns. The main clinical research priority should initially be to investigate the possibility of mechanical subgroups of patients with chronic, nonspecific low back pain by comparing their intervertebral motion patterns with those of matched healthy controls.
机译:定量荧光透视(QF)是一种新兴技术,用于测量椎间运动模式,以研究问题性背痛和椎间盘退行性疾病。该国际论坛是三个研究小组(英国,美国,香港)的网络活动,于2009年8月在旧金山进行了三天。其目的是就如何最好地记录,分析和交流QF信息达成共识。研究和临床目的。论坛建议应在常规的躯干运动期间采集图像,以控制速度和范围,以最大程度地减少外部施加的变化,并使椎间运动与躯干运动相关联。这应该在卧式被动和负重主动患者配置中完成。 QF推荐的主要输出是椎间旋转和平移的真实范围,中性区松驰度和运动模式形状的一致性。首先,主要的临床研究重点应该是通过比较他们的椎间运动模式与健康对照者的椎间盘运动模式,来研究慢性非特异性下腰痛患者的机械亚组的可能性。

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