Abstract

BackgroundPopulation aging has been an emerging public and health concern globally. Balance performance can be applied as an indicator of functional status and a predictor of health outcomes in the elderly. However, reference data of balance performance in the elderly generated from large scale studies have been very limited. In research and geriatric assessment settings, the age and gender specific data on balance performance are indispensable prerequisites for identifying subpopulation with and at risk of impairments and subsequently implementing targeted interventions in clinics and public health to improve their balance performance.MethodsA total of 1984 elderly subjects aged 60 to 97 years from community settings in urban China were investigated. The balance performances together with 3 individual domains and 16 items were evaluated using the X16 balance testing scale.ResultsIn the elderly, with age increases each item, individual domain, and overall balance performance scores decreased gradually. Meanwhile, individual variations of individual domains and overall balance performance were all increased over age. Relative to levels of 60- years, postural stability and overall balance performance decreased significantly since 65 years old, static balance and dynamic balance capacities started to decrease significantly since 70 years old. There was no significant difference in each balance domain and overall balance performance between men and women. Across age groups, portions of individuals able to perform task 4, 8 and 11 successfully were the lowest amongst their corresponding domains static balance, postural stability, and dynamic balance, respectively. Similar patterns were observed in both men and women. Balance performances were categorized into poor, fair, and good groups with scores of 0 to 10, 11 to 17, and 18 to 20, respectively. With increases of age, proportions with poor and fair balance capacities elevated stably.ConclusionsIn the elderly, with advances in age, abilities of overall balance performance, individual domains of static balance, postural stability, and dynamic balance, and successful performances on specific tasks declined gradually and stably. The deterioration started to be obvious since 65–75 years. Men and women had similar patterns.

Highlights

  • Population aging has been an emerging public and health concern globally

  • Age and gender compositions of the elderly A total of 1984 participants were recruited in this study, the mean age was 70.5 ± 7.5 years, and the median age (25th percentile, 75th percentile) was 69.0 (64.0, 76.0) years with ranges from 60 to 97 years

  • Relative to levels of 60- years, postural stability and overall balance performance decreased to significant levels since 65 years old, static balance and dynamic balance capacities started to decrease significantly since 70 years old (Table 1)

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Summary

Introduction

Population aging has been an emerging public and health concern globally. Balance performance can be applied as an indicator of functional status and a predictor of health outcomes in the elderly. The pace of population aging around the world has been increasing progressively and rapidly for decades. Global population aged 65 years and over were 151.1 million in 1960, 328.2 million in 1990, and 702.9 million in 2019, accounted for 4.98%, 6.16%, and 9.11%, respectively, indicating a double of the elderly population every 30 years in. In China, the population aged 65 years and over were 24.4 million in 1960, 66.3 million in 1990, and 164.5 million in 2019, accounted for 3.69%, 5.63%, and 11.47% of the total population, respectively, showing higher increasing rate in contrast to the pace worldwide. Numbers of global and Chinese population aged 65 or over will project to 997.5 and 247.0 million, which will account for 11.67% and 16.87% of their total population, respectively [1]. With increases of age in the elderly, gradual declines in physiological and functional conditions are predictable, their health statuses have visibly deteriorated

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