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理论与可靠仪器评估之间的功能性腿长差异:一项关于新发明的NPoS系统的研究。

Functional leg length discrepancy between theories and reliable instrumental assessment: a study about newly invented NPoS system.

作者信息

Mahmoud Asmaa, Abundo Paolo, Basile Luisanna, Albensi Caterina, Marasco Morena, Bellizzi Letizia, Galasso Franco, Foti Calogero

机构信息

Physical and Rehabilitation Medicine, Department of Clinical Sciences and Translational Medicine, "Tor Vergata" University, Rome, Italy.

Physical medicine, Rheumatology and Rehabilitation Department, Cairo, Egypt.

出版信息

Muscles Ligaments Tendons J. 2017 Sep 18;7(2):293-305. doi: 10.11138/mltj/2017.7.2.293. eCollection 2017 Apr-Jun.

Abstract

BACKGROUND

In spite the instinct social&financial impact of Leg Length Discrepancy (LLD), controversial and conflicting results still exist regarding a reliable assessment/correction method. For proper management it's essential to discriminate between anatomical&functional Leg Length Discrepancy (FLLD). With the newly invented NPoS (New Postural Solution), under the umbrella of the collaboration of PRM Department, Tor Vergata University with Baro Postural Instruments srl, positive results were observed in both measuring& compensating the hemi-pelvic antero-medial rotation in FLLD through personalized bilateral heel raise using two NPoS components: Foot Image System (FIS) and Postural Optimizer System (POS). This led our research interest to test the validity of NPoS as a preliminary step before evaluating its implementations in postural disorders.

METHODS

After clinical evaluation, 4 subjects with FLLD have been assessed by NPoS. Over a period of 2 months, every subject was evaluated 12 times by two different operators, 48 measurements in total, results have been verified in correlation to BTS GaitLab results.

RESULTS

Intra-Operator&inter-operator variability analysis showed statistically insignificant differences, while inter-method variability between NPoS and BTS parameters expressed a linear correlation.

CONCLUSION

Results suggest a significant validity of NPoS in assessment&correction of FLLD, with high degree of reproducibility with minimal operator dependency. This can be considered a base for promising clinical implications of NPoS as a reliable cost effective postural assessment/corrective tool.

LEVEL OF EVIDENCE

V.

摘要

背景

尽管腿长差异(LLD)在社会和经济方面有着直观的影响,但关于可靠的评估/矫正方法仍存在有争议和相互矛盾的结果。为了进行恰当的管理,区分解剖学腿长差异和功能性腿长差异(FLLD)至关重要。在罗马第二大学物理医学与康复系与Baro Postural Instruments srl公司合作研发的新型姿势解决方案(NPoS)的帮助下,通过使用两个NPoS组件:足部影像系统(FIS)和姿势优化系统(POS)进行个性化双侧足跟抬高,在测量和补偿FLLD中的半骨盆前内侧旋转方面均取得了积极成果。这引发了我们的研究兴趣,即测试NPoS作为在评估其在姿势障碍中的应用之前的初步步骤的有效性。

方法

经过临床评估,4名FLLD受试者接受了NPoS评估。在2个月的时间里,每个受试者由两名不同的操作人员评估12次,总共进行48次测量,结果已与BTS步态实验室的结果进行了相关性验证。

结果

操作人员内和操作人员间的变异性分析显示统计学上无显著差异,而NPoS和BTS参数之间的方法间变异性呈线性相关。

结论

结果表明NPoS在评估和矫正FLLD方面具有显著有效性,具有高度的可重复性且对操作人员的依赖性最小。这可被视为NPoS作为一种可靠且经济高效的姿势评估/矫正工具具有潜在临床意义的基础。

证据水平

V级

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