De la Torre Juan, Marin Javier, Polo Marco, Gómez-Trullén Eva M, Marin Jose J
IDERGO (Research and Development in Ergonomics) Research Group, I3A (Aragon Institute of Engineering Research), Zaragoza, Spain.
Department of Biomedical Engineering, Universidad de Zaragoza, Zaragoza, Spain.
PeerJ. 2021 Feb 23;9:e10916. doi: 10.7717/peerj.10916. eCollection 2021.
An estimated 20% to 30% of the global population has suffered a vertiginous episode. Among them, 20% do not receive a clear diagnosis. Improved methods, indicators and metrics are necessary to assess the sensory systems related to balance, especially when patients are undergoing treatment for vertiginous episodes. Patients with balance disorders should be monitored for changes at the individual level to gather objective information. In this study, we evaluate the use of the MCQ-Balance (Measure, Classify and Qualify) assessment for examining a patient's balance progression using tests to measure static balance control and dynamic postural balance with a stabilometric platform.
The MCQ-Balance assessment comprises three stages: (i) measuring the progression of each variable between two separate and consecutive days (called sessions) using the Magnitude-Based Decision analysis; (ii) classifying the progression of the patient's balance with a score; and (iii) qualifying the progression of the patient's balance from the resulting scores using a set of rules. This method was applied to 42 patients with balance disorders of peripheral or central origin characterised by vertigo as the cardinal symptom. Balance progression was measured using the MCQ-Balance assessment over the course of three months, and these results were compared with the assessment of a clinical expert.
The MCQ-Balance assessment showed an accuracy of 83.4% and a Cohen's Kappa coefficient of 0.752 compared to the assessment of a clinical expert.
The MCQ-Balance assessment facilitates the monitoring of patient balance and provides objective information that has the potential to improve medical decision making and the adjustment of individual treatment.
据估计,全球20%至30%的人口曾经历过眩晕发作。其中,20%未得到明确诊断。需要改进方法、指标和度量标准来评估与平衡相关的感觉系统,尤其是当患者正在接受眩晕发作治疗时。对于平衡障碍患者,应在个体层面监测变化以收集客观信息。在本研究中,我们评估了MCQ-平衡(测量、分类和定性)评估法在使用稳定测力平台测量静态平衡控制和动态姿势平衡的测试来检查患者平衡进展情况时的应用。
MCQ-平衡评估包括三个阶段:(i)使用基于量级的决策分析测量两个连续且独立的日子(称为阶段)之间每个变量的进展情况;(ii)用一个分数对患者的平衡进展进行分类;(iii)根据所得分数使用一组规则对患者的平衡进展进行定性。该方法应用于42例以眩晕为主要症状的外周性或中枢性起源的平衡障碍患者。在三个月的时间里使用MCQ-平衡评估法测量平衡进展,并将这些结果与临床专家的评估结果进行比较。
与临床专家的评估相比,MCQ-平衡评估法的准确率为83.4%,科恩卡帕系数为0.752。
MCQ-平衡评估有助于监测患者的平衡情况,并提供客观信息,有可能改善医疗决策和个体治疗的调整。