Increased care demand and medical costs after falls in nursing homes: A Delphi study

Chewing difficulty and frailty trajectories in Chinese nursing home residents: A prospective cohort study

AIM

To investigate frailty trajectories in nursing home residents, and to test whether chewing difficulty was a significant factor associated with frailty trajectories.

METHODS

This is a 1-year prospective cohort study. Data were collected from 27 nursing home residents in China at baseline, 6 months, and 12 months. Latent class growth modeling was used to identify frailty trajectories. Multilevel multinomial logistic regression was used to test the relative risk ratios (RRRs) with 95% confidence intervals (CIs) of the chewing difficulty assessed at baseline on frailty trajectories.

RESULTS

In total, 269 nursing home residents were included in the analysis. Three frailty trajectories identified were non-frailty trajectory (n = 181, 67.3%), stable frailty trajectory (n = 52, 19.3%), and progressive frailty trajectory (n = 36, 13.4%). Chewing difficulty was found among 138 (51.3%) nursing home residents. With the non-frailty trajectory group as the reference, residents with chewing difficulty were more likely to demonstrate stable frailty trajectory (RRR = 2.55, 95% CI [1.28-5.11]) or progressive frailty trajectory (RRR = 3.46, 95% CI [1.47-8.15]).

CONCLUSIONS

Changes in the frailty of nursing home residents are heterogeneous and chewing difficulty should be assessed and addressed on a routine basis in nursing homes to prevent the deterioration of frailty or reverse it. Geriatr Gerontol Int 2023; 23: 803-808.

Reducing Falls in Dementia Inpatients Using Vision-Based Technology

OBJECTIVES

Falls have a significant negative impact on the health and well-being of people with dementia and increase service costs related to staff time, paramedic visits, and accident and emergency (A&E) admissions. We examined whether a remote digital vision-based monitoring and management system had an impact on the prevention of falls.

METHODS

Our study was conducted within the Manor dementia inpatient wards at the Coventry and Warwickshire Partnership Trust. Data were retrieved from incident reports before and 22 months after installation of the system. We examined number of night time falls, severity of fall, number of paramedic visits and A&E admissions, and the number of enhanced observations during both time periods.

RESULTS

There was a significant 48% reduction in the number of nighttime falls (P < 0.01), a 49% reduction in visits from paramedics (P < 0.2), and a 68% reduction in A&E admissions (P < 0.02). In addition, the data indicated an 82% reduction in the number of moderate severity falls and that enhanced one-to-one observation hours were reduced by 71%.

CONCLUSIONS

The study demonstrated that a contact-free, remote digital vision-based monitoring and management system reduced falls, fall-related injuries, emergency services time, clinician time, and disruptive night time observations. This benefits the clinicians by allowing them to undertake other clinical duties and promotes the health and safety of patients who might normally experience injury-related stress and disruption to sleep.

The effectiveness of physical exercise type and length to prevent falls in nursing homes: A systematic review and meta-analysis

OBJECTIVE

The aim of this systematic review and meta-analysis was to determine the effect of physical exercise on fall prevention and the characteristics required for effective exercise.

DESIGN

Systematic review and meta-analysis of randomised controlled trials.

METHOD

Six databases (PubMed, Cochrane Library, Web of Science, Excerpta Medica Database, SinoMed and China National Knowledge Infrastructure) were searched to find the relevant randomised controlled trials published before January 2021. The study was reported in compliance with PRISMA statement. The included studies were assessed for quality using the Cochrane "Risk of Bias" assessment tool, and the data were analysed with review manager.

RESULTS

Overall, fourteen studies were included. Compared physical exercise with normal daily life, the pooled effect size of all trials indicated that intervention had significant effect on fall prevention (RR = 0.85, 95% CI = 0.73-0.98). The result of subgroup revealed that long-term exercise and balance exercise could reduce falling, while short-term exercise and more complex exercise couldn't.

CONCLUSIONS

Exercise may be effective in reducing falls, and long-term balance exercise played a role in preventing falls in nursing homes.

COSTS AND ROOT CAUSES OF MEDICATION ERRORS AND FALLS IN A TEACHING HOSPITAL: CROSS-SECTIONAL STUDY

ABSTRACT Objectives to characterize accidents/falls and medication errors in the care process in a teaching hospital and to determine their root causes and variable direct costs. Method cross-sectional study implemented in two stages: the first, was based on the analysis of secondary sources (notifications, medical records and cost reports) and the second, on the application of root-cause analysis for incidents with moderate/severe harm. The study was carried out in a teaching hospital in Paraná, which exclusively serves the Brazilian Unified Health System and composes the Network of Sentinel Hospitals. Thirty reports of accidents/falls and 37 reports of medication errors were investigated. Descriptive statistical analysis and the methodology proposed by The Joint Commission International were applied. Results among the accidents/falls, 33.3% occurred in the emergency room; 40.0% were related to the bed, in similar proportions in the morning and night periods; 51.4% of medication errors occurred in the hospitalization unit, the majority in the night time (32.4%), with an emphasis on dose omissions (27.0%) and dispensing errors (21.6%). Most incidents did not cause additional harm or cost. The average cost was R$ 158.55 for the management of falls. Additional costs for medication errors ranged from R$ 31.16 to R$ 21,534.61. The contributing factors and root causes of the incidents were mainly related to the team, the professional and the execution of care. Conclusion accidents/falls and medication errors presented a low frequency of harm to the patient, but impacted costs to the hospital. Regarding root causes, aspects of the health work process related to direct patient care were highlighted.

Costs and benefits of multifactorial falls prevention in nursing homes in the Netherlands

OBJECTIVES

To investigate whether the implementation of a multifactorial falls intervention in nursing homes is cost-beneficial and alleviates the professional workload.

DESIGN

A comprehensive quantitative model was developed to calculate the impact of investments in multifactorial falls prevention in nursing homes in the Netherlands, comparing the fall incidence using intervention strategies in 1000 nursing home residents with the conditions of usual care over a five-year timeline.

SETTING AND PARTICIPANTS

We built a model combining several data sources regarding falls and injury prevalence in nursing home residents, health care costs, intervention costs and effectiveness, and demographic statistics.

MEASURES

The primary outcomes were number of falls and injuries, treatment hours and cost.

RESULTS

In the nursing home setting, a baseline scenario was calculated with 1471 falls incidents resulting in 345 injuries per year. The mean cost of injury related treatment and care was calculated 860 thousand euro per year and €4.63 million in five years. Implementing multifactorial intervention over five years, costing 702 thousand euro, resulted in savings in health care costs of €2.0 million, of which €1.6 million was saved in nursing home injury care. The benefits outweighed the costs: each euro invested was compensated by 2.86 euro benefit in total care, 2.31 benefit in nursing home care. Yearly 3050 nursing hours, 3100 paramedical care hours and 760 h of physician care were saved.

CONCLUSION AND IMPLICATIONS

Implementation of customized multifactorial interventions provided by multidisciplinary teams is cost-beneficial in reduction of falls in nursing homes. The CBA model gives valuable information about the advantageous consequences (i.e. health benefits, financial benefits and reduced workload of staff) of falls prevention in nursing homes and can provide guidance to the management in structural implementation of multifactorial falls prevention.