Utilization of Smart Insole Technology in Gait Analysis: Towards Potential Gait Risks

Philippine Journal of Physical Therapy Pub Date : 2022-04-01 DOI:10.46409/002.gubh3597

Mary Rose G. Galagate, Renzo Louizz T. Guillermo, Anne Gwyneth B. Maritana, Jan Meera A. Velasquez, Jose Angelo G. Batar, E. D. Petil

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Abstract

Aim: To identify the inter-rater reliability of a Sensory Insole technology for gait analysis (SIT). Method: The study utilized the quasi-experimental research design with sixty respondents obtained through purposive convenient sampling. The researcher utilized Slovin's formula to determine sample size. Intra Class Coefficient (ICC) was used to determine the reliability of the tool and Cronbach’s Alpha was used to determine internal consistency Result: The SIT had excellent reliability when assessing foot flat (ICC=0.94), push-off (ICC=0.94), swing phase (ICC=0.917); and good reliability when measuring loading phase (ICC=0.84). For internal consistency, the SIT showed high reliability when assessing for loading phase (Cronbach’s alpha=0.84), foot flat (Cronbach’s alpha=0.945), push off (Cronbach’s alpha=0.94), and swing phase (Cronbach’s alpha=0.92). Conclusion and Recommendations: The study indicates that SIT was a reliable tool in gait analysis and can be an alternative tool in such measurements. This can help clinicians provide objective findings in the gait assessment.

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智能鞋垫技术在步态分析中的应用:针对潜在的步态风险

目的:确定一种用于步态分析(SIT)的感觉鞋垫技术的内部可靠性。方法:采用准实验研究设计，目的明确，方便抽样，共获得60名调查对象。研究人员利用斯洛文公式来确定样本量。采用类内系数(Intra Class Coefficient, ICC)确定工具的信度，采用Cronbach’s Alpha确定工具的内部一致性。结果:SIT在评估足平面(ICC=0.94)、推离(ICC=0.94)、摇摆相位(ICC=0.917)时具有极好的信度;测量加载相位时可靠性好(ICC=0.84)。在内部一致性方面，SIT在评估加载阶段(Cronbach’s alpha=0.84)、足部平(Cronbach’s alpha=0.945)、推离阶段(Cronbach’s alpha=0.94)和摇摆阶段(Cronbach’s alpha=0.92)时显示出较高的信度。结论和建议:该研究表明，SIT是步态分析的可靠工具，可以作为此类测量的替代工具。这可以帮助临床医生在步态评估中提供客观的结果。

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Philippine Journal of Physical Therapy

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