Balance Confidence In Older Adults Research Articles

Associations of Usual and Fast Gait Speed With Physical Performance and Balance Confidence in Community-Dwelling Older Adults: Implications for Assessment.

Gait speed is a robust measure that offers many advantages clinically. However, decisions concerning its utilization exist, including whether to assess usual or fast gait speed. The current study aimed to identify whether usual or fast gait speed was more strongly associated with physical performance measures and balance confidence. A secondary aim was to explore these relationships within subgroups based on fall risk status. This was an observational study with a cross-sectional design involving 57 community-dwelling older adults (77.2% female; mean age = 68.8, SD = 6.5 years, range = 60-87 years) who were assessed on the following variables: usual and fast gait speed, knee extension strength, step execution time, 6-minute walk test (6MWT), and Activities-specific Balance Confidence Scale (ABC-6). Spearman ρ correlations were computed to determine bivariate associations of usual and fast gait speed with physical performance measures and balance confidence for the whole sample and within subgroups based on fall risk [lower fall risk (n = 28) vs higher fall risk (n = 29)]. Multiple linear regression models were estimated with either usual or fast gait speed as key predictors of knee extension strength, step execution time, 6MWT, and ABC-6. Stronger correlations were observed for fast gait speed compared with usual gait speed with all physical performance measures and balance confidence for the entire sample and within the higher fall risk group. Multiple regression results indicated that models with fast rather than usual gait speed as the key predictor explained more of the variance in 6MWT (R2 = 64.5% vs 45.6%), ABC-6 (R2 = 28.5% vs 25.4%), step execution time (R2 = 24.9% vs 19.0%), and knee extension strength (R2 = 15.7% vs 7.2%). Fast gait speed showed stronger associations and better predictive capabilities compared with usual gait speed with physical performance measures and balance confidence in older adults. Despite being measured less often than usual gait speed, fast gait speed assessment warrants additional consideration.

Network segregation in aging females and evaluation of the impact of sex steroid hormones.

Males and females show differential patterns in connectivity in resting-state networks (RSNs) during normal aging, from early adulthood to late middle age. Age-related differences in network integration (effectiveness of specialized communication at the global network level) and segregation (functional specialization at the local level of specific brain regions) may also differ by sex. These differences may be due at least in part to endogenous hormonal fluctuation, such as that which occurs in females during midlife with the transition to menopause when levels of estrogens and progesterone drop markedly. A limited number of studies that have investigated sex differences in the action of steroid hormones in brain networks. Here we investigated how sex steroid hormones relate to age-network relationships in both males and females, with a focus on network segregation. Females displayed a significant quadratic relationship between age and network segregation for the cerebellar-basal ganglia and salience networks. In both cases, segregation was still increasing through adulthood, highest in midlife, and with a downturn thereafter. However, there were no significant relationships between sex steroid hormone levels and network segregation levels in females, and they did not exhibit significant associations between progesterone or 17β-estradiol and network segregation. Patterns of connectivity between the cerebellum and basal ganglia have been associated with cognitive performance and self-reported balance confidence in older adults. Together, these findings suggest that network segregation patterns with age in females vary by network, and that sex steroid hormones are not associated with this measure of connectivity in this cross-sectional analysis. Though this is a null effect, it remains critical for understanding the extent to which hormones relate to brain network architecture.

The effect of single and dual-task balance exercises on balance performance in older adult patients with degenerative lumbar spinal stenosis: A randomized controlled trial

BackgroundLumbar Spinal Stenosis (LSS) may present with balance disorder and risk of falling as a result of posture problems. The aim of the present study was to compare the effects of single-task and dual-task balance exercise programs on balance performance and activity-specific balance confidence in adults with LSS. MethodsForty-three patients with LSS over the age of 65 were randomly divided into 2 groups as single-task balance training (group 1, n=21) and double-task balance training (group 2, n=22). Patients in both groups were given exercises by an experienced physiotherapist. Only balance exercises were applied to Group 1 under single task conditions, and Group 2 performed balance exercises accompanied by predetermined cognitive tasks. Patients were evaluated with Berg balance scale (BBS), timed up and go (TUG) test, and 10-meter walking test for single and dual tasks, Tinetti balance and gait test, single leg stance test, and activities-specific balance confidence (ABC) scale at baseline and at the end of four weeks. The Mann-Whitney U Test was used to compare the pre- and post-treatment differences in the groups. ResultsDemographic data did not show any statistical significance between the two groups. When the pre- and post-treatment differences of the 10-meter walk test were compared between the single-task training group and the dual-task training group, it was observed that there was a difference in favor of the dual-task training group in the 10-meter walk test was performed separately in the single-task and dual-task training group (p < 0.05). When the differences before and after treatment were compared, no difference was observed in the BBS, TUG, Tinetti balance and gait test, single leg stance test, and ABC scale data between the groups (p > 0.05). ConclusionSingle- and dual-task exercises significantly improved static balance, dynamic balance, and activity-specific balance confidence in older adults with spinal stenosis. However, the dual-task exercise program was superior to the single-task exercise program in improving 10-meter walk test scores and walking speed, with or without cognitive dual-tasking.

Fear of Falling and Balance Confidence in Older Adults with Type 2 Diabetes

Background and Aim: Each year, millions of older people experience falling which can cause serious injuries such as broken bones, head injuries, or even death. Since Diabetes Mellitus can disrupt the balance system and increase falling, and given that fear of falling and balance confidence are critical fall-related psychological concerns that can be the risk factors of falls in the diabetic elderly, this study aimed to compare fear of falling and balance confidence of diabetic and non-diabetic older adults in Iran.&#x0D; Methods: Participants were 63 diabetic older patients and 59 non-diabetic peers aged 60 years and over. Data were collected using the Persian versions of falling efficacy scale-international and activities-specific balance confidence-short form questionnaires. In addition, modified Romberg and timed up and go tests were performed to assess subjective balance performance.&#x0D; Results: The scores of falling efficacy scale-international questionnaire and timed up and go test were significantly higher in diabetic group while the scores of activities-specific balance confidence-short form questionnaire were lower (p&lt;0.001). No significant differences were observed in the modified Romberg test scores between two groups.&#x0D; Conclusion: Fear of falling and low balance confidence are more common in diabetic older adults compared to non-diabetic peers. They have poor performance in timed up and go test and have more falls during the last 12 months.&#x0D; Keywords: Type 2 diabetes mellitus; aging; fear of falling; balance confidence

Multidirectional Overground Robotic Training Leads to Improvements in Balance in Older Adults.

For the rapidly growing aging demographic worldwide, robotic training methods could be impactful towards improving balance critical for everyday life. Here, we investigated the hypothesis that non-bodyweight supportive (nBWS) overground robotic balance training would lead to improvements in balance performance and balance confidence in older adults. Sixteen healthy older participants (69.7 ± 6.7 years old) were trained while donning a harness from a distinctive NaviGAITor robotic system. A control group of 11 healthy participants (68.7 ± 5.0 years old) underwent the same training but without the robotic system. Training included 6 weeks of standing and walking tasks while modifying: (1) sensory information (i.e., with and without vision (eyes-open/closed), with more and fewer support surface cues (hard or foam surfaces)) and (2) base-of-support (wide, tandem and single-leg standing exercises). Prior to and post-training, balance ability and balance confidence were assessed via the balance error scoring system (BESS) and the Activities specific Balance Confidence (ABC) scale, respectively. Encouragingly, results showed that balance ability improved (i.e., BESS errors significantly decreased), particularly in the nBWS group, across nearly all test conditions. This result serves as an indication that robotic training has an impact on improving balance for healthy aging individuals.

Do Muscle Strength And Functional Mobility Underpin Balance Confidence In Older Adults?

PURPOSE: Physiological, psychological and social factors are the three major determinants of falls in older adults. Psychological factors, especially balance confidence, have been suggested to be strongly associated with falls. However, it is unclear whether strength and mobility are associated with balance confidence. The purpose of the current study was to explore whether muscle strength and functional mobility reflect balance confidence in the elderly. METHODS: A group of 27 healthy community-dwelling adults (8M, 19F, 70.22±4.9yrs old) were recruited. Balance confidence was evaluated by using the Falls Efficacy Scale International (FES-I); functional mobility was measured by single-task Timed Up and Go test (TUG) , motor dual-task TUG and cognitive dual-task TUG tests; upper limb muscle strength was measured by grip strength with a hand dynamometer; lower limb muscle strength was measured by the 30-second Sit to Stand test (30STS). SPSS was used to analyze data, with Pearson’s correlation and independent samples t-test employed to examine the relationships among the measures. RESULTS: Pearson’s correlation showed that FES-I scores for the group were moderately correlated with single TUG (r=0.569,p=0.002), cognitive TUG (r=0.463,p=0.015) and motor TUG scores (r=0.562,p=0.002). However there was no significant correlation between FES-I scores and upper or lower limbs strength (both p>0.05). According to the FES-I cut-point score of 23 for low balance confidence, participants were divided into “high balance confidence” subgroup (n=12) and “low balance confidence” subgroup (n=15). Independent samples t-tests showed significantly worse scores for the low balance confidence subgroup in single task TUG (p=0.035) and motor dual task TUG (p=0.025). CONCLUSIONS: The findings from this preliminary study suggest that balance confidence is associated with functional mobility, but not with muscle strength. Thus, in order to improve balance confidence, interventions based on improving functional mobility, rather than strength, should be particularly targeted involved in physiotherapy programs.

Dynamic stability during increased walking speeds is related to balance confidence of older adults: a pilot study

BackgroundSome older individuals walk slower, which may be due to decreases in mechanical stability at faster speeds or due to psychological factors like balance confidence. Research QuestionWhat is the relationship between progressively increasing walking speeds on dynamic stability in older and younger adults and how does this relationship interact with balance confidence in older adults? Methods10 young adults and 14 older adults were recruited for this pilot study. Individuals completed the Activities Specific Balance Confidence Scale. Individuals walked on a treadmill in a robotic device that interfaced with individuals at the pelvis allowing all degrees of freedom of movement and provided safety for a loss of balance. Participants walked at speeds from 0.4 - 2.0m/s in 0.2m/s increments or until the participant chose not to attempt a faster speed. Margin of stability was assessed. ResultsThe ABC of older adults was lower than younger adults (89±13 vs 99±1 scores, p=0.006) and some older adults chose to stop walking before 2.0m/s (n=6). The margin of stability variability of the older adults was significantly greater than young adults in the sagittal (p=0.013) and frontal plane (p=0.007). Older adults became unstable (margin of stability<0) at a slower speed (p<0.001). For older adults, balance confidence was correlated to the fastest speed attempted on the treadmill (rho=0.85, p<0.001). However, the balance confidence and walking speed individuals became unstable were not significantly correlated. Finally, a significant relationship was found between the zero crossing and the fastest speed attempted (rho=0.60, p=0.022). SignificanceSome older adults with lower balance confidence were less willing to experience instability at faster walking speeds on the treadmill, even though the external threat to balance was low. Lower balance confidence and a sense of loss of stability may be factors in decreased willingness to experience activities for some older adults.

Time-dependent tuning of balance control and aftereffects following optical flow perturbation training in older adults

BackgroundWalking balance in older adults is disproportionately susceptible to lateral instability provoked by optical flow perturbations. The prolonged exposure to these perturbations could promote reactive balance control and increased balance confidence in older adults, but this scientific premise has yet to be investigated. This proof of concept study was designed to investigate the propensity for time-dependent tuning of walking balance control and the presence of aftereffects in older adults following a single session of optical flow perturbation training.MethodsThirteen older adults participated in a randomized, crossover design performed on different days that included 10 min of treadmill walking with (experimental session) and without (control session) optical flow perturbations. We used electromyographic recordings of leg muscle activity and 3D motion capture to quantify foot placement kinematics, lateral margin of stability, and antagonist coactivation during normal walking (baseline), early (min 1) and late (min 10) responses to perturbations, and aftereffects immediately following perturbation cessation (post).ResultsAt their onset, perturbations elicited 17% wider and 7% shorter steps, higher step width and length variability (+171% and +132%, respectively), larger and more variable margins of stability (MoS), and roughly twice the antagonist leg muscle coactivation (p-values<0.05). Despite continued perturbations, most outcomes returned to values observed during normal, unperturbed walking by the end of prolonged exposure. After 10 min of perturbation training and their subsequent cessation, older adults walked with longer and more narrow steps, modest increases in foot placement variability, and roughly half the MoS variability and antagonist lower leg muscle coactivation as they did before training.ConclusionsFindings suggest that older adults: (i) respond to the onset of perturbations using generalized anticipatory balance control, (ii) deprioritize that strategy following prolonged exposure to perturbations, and (iii) upon removal of perturbations, exhibit short-term aftereffects that indicate a lessening of anticipatory control, an increase in reactive control, and/or increased balance confidence. We consider this an early, proof-of-concept study into the clinical utility of prolonged exposure to optical flow perturbations as a training tool for corrective motor adjustments relevant to walking balance integrity toward reinforcing task-specific, reactive control and/or improving balance confidence in older adults.Trial registrationclinicaltrials.gov (NCT03341728). Registered 14 November 2017.

Engineering Improved Balance Confidence in Older Adults With Complex Health Care Needs: Learning From the Muscling Up Against Disability Study

ObjectiveTo investigate the associations of balance confidence with physical and cognitive markers of well-being in older adults receiving government-funded aged care services and whether progressive resistance plus balance training could positively influence change. DesignIntervention study. SettingCommunity-based older adult–specific exercise clinic. ParticipantsOlder adults (N=245) with complex care needs who were receiving government-funded aged care support. InterventionsTwenty-four weeks of twice weekly progressive resistance plus balance training carried out under the supervision of accredited exercise physiologists. Main Outcome MeasuresThe primary measure was the Activity-specific Balance Confidence Scale. Secondary measures included the Short Physical Performance Battery; fall history gathered as part of the health history questionnaire; hierarchical timed balance tests; Geriatric Anxiety Index; Geriatric Depression Scale; Fatigue, Resistance, Ambulation, Illness, Loss of Weight scale; and EuroQoL-5 dimension 3 level. ResultsAt baseline, better physical performance (r=.54; P<.01) and quality of life (r=.52; P<.01) predicted better balance confidence. In contrast, at baseline, higher levels of frailty predicted worse balance confidence (r=−.55; P<.01). Change in balance confidence after the exercise intervention was accompanied by improved physical performance (+12%) and reduced frailty (−11%). Baseline balance confidence was identified as the most consistent negative predictor of change scores across the intervention. ConclusionsThis study shows that reduced physical performance and quality of life and increased frailty are predictive of worse balance confidence in older adults with aged care needs. However, when a targeted intervention of resistance and balance exercise is implemented that reduces frailty and improves physical performance, balance confidence will also improve. Given the influence of balance confidence on a raft of well-being determinants, including the capacity for positive physical and cognitive change, this study offers important insight to those looking to reduce falls in older adults.

Fear of Falling and Balance Confidence in Older Adults With Type 2 Diabetes Mellitus: A Scoping Review.

Type 2 diabetes mellitus is highly prevalent in older adults (≥65 years of age) and increases fall risk. Fear of falling and low balance confidence are reported in both fallers and nonfallers and can potentially be more debilitating than a fall itself. Therefore, the objective of this scoping review was to examine and map the current research evidence of balance confidence and fear of falling in older adults with type 2 diabetes. A search of CINAHL, EMBASE and PubMed was conducted. The search included MeSH terms and the key terms diabet* AND fear OR falls AND self-efficacy OR balance confidence. Inclusion criteria were 1) population: older adults (≥65 years of age) with type 2 diabetes; and 2) outcome measure: balance confidence or fear of falling. We included 21 studies: fear of falling (n=14); balance confidence (n=7). We categorized them into 4 themes: prevalence, severity, determinants and interventions. Determinants were further categorized into physical, psychosocial and health-related domains. Fear of falling and low balance confidence were highly prevalent and more severe in older adults with type 2 diabetes. Determinants of fear of falling and balance confidence occurred beyond the physical domain and the presence of diabetic peripheral neuropathy. Targeted group-based interventions (e.g. gait and balance training, tai chi, yoga) appear to be beneficial in reducing fear of falling and improving balance confidence. Future work is needed to generate best practices related to fear of falling and low balance confidence in older adults with type 2 diabetes.

The Short Version of the Activities-Specific Balance Confidence Scale for Older Adults with Diabetes-Convergent, Discriminant and Concurrent Validity: A Pilot Study.

The short version of the Activities-Specific Balance Confidence Scale (ABC-6) is advantageous in busy clinical or research settings because it can be administered in less time than the original 16-item Activities-Specific Balance Confidence Scale (ABC-16). This pilot study examined the convergent, discriminant and concurrent validity of the ABC-6 in older adults with diabetes mellitus with and without diagnosed diabetic peripheral neuropathy (DPN). Thirty older adults (aged ≥65) were age- and sex-matched in 3 groups: 10 with diabetes (DM group), 10 with diagnosed DPN (DPN group) and 10 without diabetes (no-DM group). Balance confidence was quantified by the ABC-16, which includes the ABC-6. Potential correlates were evaluated in physical and psychological domains. The ABC-6 and ABC-16 balance confidence scores were strongly correlated (r=0.969; p<0.001; convergent validity). The ABC-6 revealed significant differences in balance confidence between the no-DM and the DM groups (p<0.001; discriminant validity), whereas the ABC-16 did not (p>0.05). The ABC-6 was moderately, but significantly, correlated with physical activity level (r=0.528; p=0.017), mobility (r=-0.520; p=0.027), balance (r=0.633; p=0.003), and depressive symptoms (r=-0.515; p=0.020) in the DM study groups (concurrent validity). The ABC-6 and ABC-16 had excellent convergent validity, and both ABC scales had similar concurrent validity. However, the ABC-6 was more sensitive in detecting subtle differences in balance confidence in older adults with diabetes without diagnosed DPN than the ABC-16. Overall, this pilot study provided evidence of the validity of the ABC-6 in older adults with diabetes. Further exploration involving a larger sample size is recommended to confirm these findings.

Effect of the Matter of Balance Program on Balance Confidence in Older Adults

Abstract. This pre/posttest study investigated the effect of A Matter of Balance: Managing Concerns about Falls (MOB) on balance confidence in older adults. MOB is an evidence-based program designed to decrease fear of falling and increase activity in older adults. Thirty-three participants completed the Activities-specific Balance Confidence Scale (ABC) pre- and postprogram. Significant differences were found for 3 items: reach for small can off a shelf at eye level (p = .006), walk outside the house to a car parked in the driveway (p = .028), and walk outside on icy sidewalks (p = .009); and for total ABC scores (p = .024). The findings support the efficacy of MOB for increasing balance confidence through a combination of education and exercise.

Muscle Function, But Not Muscle Mass, Is Related to Balance Confidence in Older Adults

Muscle Function, But Not Muscle Mass, Is Related to Balance Confidence in Older Adults

The effect of virtual reality gaming on dynamic balance in older adults

physical therapy interventions that increase functional strength and balance have been shown to reduce falls in older adults. this study compared a virtual reality group (VRG) and a control group (CG). randomised controlled 6-week intervention with pre- and post-test evaluations. outpatient geriatric orthopaedic and balance physical therapy clinic. forty participants were randomised into two groups. the VRG received three different Nintendo® Wii FIT balance interventions three times per week for 6 weeks and the CG received no intervention. compared with the CG, post-intervention measurements showed significant improvements for the VRG in the 8-foot Up & Go test [median decrease of 1.0 versus -0.2 s, (P=0.038) and the Activities-specific Balance Confidence Scale (6.9 versus 1.3%) (P=0.038)]. virtual reality gaming provides clinicians with a useful tool for improving dynamic balance and balance confidence in older adults.

Factors Associated With Balance Confidence in Older Adults With Health Conditions Affecting the Balance and Vestibular System

Marchetti GF, Whitney SL, Redfern MS, Furman JM. Factors associated with balance confidence in older adults with health conditions affecting the balance and vestibular system. Objective To determine the functional, clinical, and comorbid health condition factors that contribute to balance confidence in persons with balance or vestibular disorders, or both. Design Cross-sectional descriptive. Setting Tertiary care center for balance disorders. Participants Older adults (N=95) with signs and symptoms of vestibular dysfunction. Interventions Not applicable. Main Outcome Measures Activity-specific Balance Confidence Scale (ABC) was administered on examination for complaints of balance, postural instability, or both. Results Balance confidence as measured by the ABC was associated with functional balance performance on the Timed Up & Go test and the Dynamic Gait Index. Duration of symptoms and general health-related quality of life (as measured by the Medical Outcomes Study 36-Item Short-Form Health Survey) were significant covariates of balance confidence. Self-reported treatment for anxiety, depression, or both, significantly reduced balance confidence. Conclusions Balance confidence is a complex construct in older adults with signs and symptoms of balance or vestibular dysfunction, or both. Decreased balance confidence in performing functional activities is associated with actual balance performance, duration of vestibular symptoms, general health-related quality of life, and the presence of comorbid psychological and visual impairments. Understanding these relationships can potentially improve management of older adults who present with balance or vestibular disease, or both.

Interventions for addressing low balance confidence in older adults: a systematic review and meta-analysis.

low balance confidence is a major health problem among older adults restricting their participation in daily life. to determine what interventions are most effective in increasing balance confidence in older adults. systematic review with meta-analysis of randomised controlled trials including at least one continuous end point of balance confidence. Studies, including adults 60 years or older without a neurological condition, were included in our study. the standardised mean difference (SMD) of continuous end points of balance confidence was calculated to estimate the pooled effect size with random-effect models. Methodological quality of trials was assessed using the Physical Therapy Evidence Database (PEDro) Scale. thirty studies were included in this review and a meta-analysis was conducted for 24 studies. Interventions were pooled into exercise (n = 9 trials, 453 subjects), Tai Chi (n = 5 trials, 468 subjects), multifactorial intervention (n = 10 trials, 1,233 subjects). Low significant effects were found for exercise and multifactorial interventions (SMD 0.22-0.31) and medium (SMD 0.48) significant effects were found for Tai Chi. Tai chi interventions are the most beneficial in increasing the balance confidence of older adults.

Tai chi as a balance improvement exercise for older adults: a systematic review.

The purpose of this systematic review was to identify exercise parameters and the most common outcome measures used in tai chi (TC) research. Ovid Medline and PubMed were used to identify longitudinal studies published from January 2000 to July 2007 written in English with the key words tai chi, tai ji, tai chi quan, tai ji quan, balance, falls, and falling. Qualifying studies had subjects aged 60 years or older. In all 19 qualified prospective studies, older vigorous and likely transitional frail individuals seemed to benefit more from TC than did older frail individuals. The most commonly used TC parameters were Yang's style, with 12 or fewer forms, durations of 12 weeks or longer, frequencies of twice a week or more, and session lengths of at least 45 minutes. The most common outcome measures observed were a combination of 2 to 5 of the following 10 measures (from most to least common): fear of falling, single-leg stance, posturography, rate of falling, flexibility, walking velocity, Berg Balance Scale, Timed up and Go, Functional Reach, and ankle and knee joint strength and range of motion. Improvements were reported in almost all of these measures. This review indicates that TC may be an economic and effective exercise program for improving balance and balance confidence in older adults.

Effects of Feldenkrais Exercises on Balance, Mobility, Balance Confidence, and Gait Performance in Community-Dwelling Adults Age 65 and Older

Falls and fall-related injuries are a major public health concern, a financial challenge for health care providers, and critical issues for older adults. Poor balance and limited mobility are major risk factors for falls. The purpose of this study was to examine effects of Feldenkrais exercises in improving balance, mobility, and balance confidence in older adults. Participants (N = 47, mean age 75.6) were randomly assigned to a Feldenkrais group (FG, n = 25) or to a control group (CG, n = 22). The FG group attended a 5-week Feldenkrais program, 60 minutes three times per week, while the CG group was a waitlist control. The outcome measures were balance (tandem stance), mobility (Timed Up and Go), gait characteristics (GAITRite Walkway System), balance confidence (Balance Confidence Scale; ABC), and fear of falling (Falls Efficacy Scale). Pre- and post-tests were conducted. After completion of the program, balance (p = 0.030) and mobility (p = 0.042) increased while fear of falling (p = 0.042) decreased significantly for the FG group. No other significant changes were observed. However, participants of the FG group showed improvements in balance confidence (p = 0.054) and mobility while performing concurrently a cognitive task (p = 0.067). These results indicate that Feldenkrais exercises are an effective way to improve balance and mobility, and thus offer an alternative method to help offset age-related declines in mobility and reduce the risk of falling among community-dwelling older adults. A long-term follow-up study of balance and mobility is warranted. Further research is needed to identify whether Feldenkrais exercises may impact cognitive processes.

Postural Balance and Self-Reported Balance Confidence in Older Adults with a Hip Fracture History

Background: Balance dysfunction and loss of balance confidence have been associated with functional limitations and loss of independency in daily tasks. This study examined various aspects of postural balance and balance confidence between older adults with a hip fracture history and their non-fractured counterparts. A comprehensive assessment of balance capacity in older adults with a hip fracture history may help to identify aspects of postural balance that play an important role in the mobility recovery and the avoidance of further falls. Methods: The present study comprised 79 community-dwelling older adults with a hip fracture history and 31 non-fractured subjects of the same age, who participated in balance tests including both force platform measures and functional balance testing (Berg Balance Scale, BBS). In addition, balance confidence was assessed with the Activities-Specific Balance Confidence (ABC) scale. Results: Persons with a hip fracture history had a markedly poorer balance control and were significantly less confident maintaining their balance during daily activities compared to the controls. Sixty percent of the subjects in the hip fracture group versus 87% of the non-fracture group (χ² test, p = 0.003) were able to perform the semi-tandem standing with their eyes closed. Significantly lower scores in the BBS (hip fracture group 46.3 vs. non-fracture group 52.9) and ABC (hip fracture group 59.4 vs. non-fracture group 77.5%) tests were found among the hip fracture subjects compared to the controls. In addition, the performance time in the lateral weight-shifting task (hip fracture group 13.4 vs. non-fracture group 8.4 s) was significantly slower compared to the controls. Conclusions: Balance impairments along with the loss of balance confidence are persistent problems among community-dwelling older adults with a history of hip fracture and may contribute to mobility limitations and the risk of falling. These areas of function and behaviour in older adults with a hip fracture history should be taken into consideration when planning effective, well-targeted rehabilitation programs.