Development of a Toileting and Containment Decision Support Tool

Benefits of a digital health technology for older nursing home residents. A de-novo cost-effectiveness model for digital health technologies to aid in the assessment of toileting and containment care needs

The aim of this study was first, to introduce a comprehensive, de-novo health economic (HE) model incorporating the full range of activities involved in toileting and containment care (T&CC) for people with incontinence, capturing all the potential benefits and costs of existing and future Digital Health Technologies (DHT) aimed at improving continence care, for both residential care and home care. Second, to use this novel model to evaluate the cost-effectiveness of the DHT TENA SmartCare Identifi in the implementation of person-centred continence care (PCCC), compared with conventional continence care for Canadian nursing home residents. The de-novo HE model was designed to evaluate technologies across different care settings from the perspective of several stakeholders. Health states were based on six care need profiles with increasing need for toileting assistance, three care stages with varying degrees of toileting success, and five levels of skin health. The main outcomes were incremental costs and quality-adjusted life years. The effectiveness of the TENA SmartCare Identifi was based primarily on trial data combined with literature and expert opinion where necessary. Costs were reported in CAD 2020. After 2 years, 21% of residents in the DHT group received mainly toileting as their continence care strategy compared with 12% in the conventional care group. Conversely, with the DHT 15% of residents rely mainly on absorbent products for incontinence care, compared with 40% with conventional care. On average, residents lived for 2.34 years, during which the DHT resulted in a small gain in quality-adjusted life years of 0.015 and overall cost-savings of $1,467 per resident compared with conventional care. Most cost-savings were achieved through reduced costs for absorbent products. Since most, if not all, stakeholders gain from use of the DHT-assisted PCCC, widespread use in Canadian residential care facilities should be considered, and similar assessments for other countries encouraged.

Predictors and profiles of non-invasive management of urinary incontinence in residents living in nursing homes: A decision tree analysis

PURPOSE

The purpose of this study is to explore the characteristics and capabilities of nursing home residents with urinary incontinence in relation to urinary incontinence interventions.

MATERIALS AND METHODS

A secondary data-analysis on the data from 1417 residents (65 years and above), suffering from urinary incontinence and living in nursing homes and collected by a cross-sectional multi-center point prevalence measurement, the Dutch annual independent (Inter)national Prevalence Measurement of Quality of Care of Maastricht University, was performed. In order to explore the relationship between an urinary incontinence intervention and the predictors diagnosis dementia, body posture, mobility, (un)dressing, hygiene and communication; onset urinary incontinence; frequency, time of loss and quantity urinary incontinence and fecal incontinence, a Chi-squared Automatic Interaction Detector (CHAID) analysis was performed.

RESULTS

The level of care dependency for hygiene is the key variable in predicting the use of an urinary incontinence intervention. The ability to adopt an appropriate body posture, being urinary incontinence prior to admission into a nursing home and being diagnosed with dementia are identified as significant predictors. Residents care independent for hygiene and for adopting an appropriate body posture and urinary incontinence before admission into a nursing home are more likely to use absorbing material. In residents being care dependent for hygiene and for adopting an appropriate body posture and diagnosed with dementia, a combination of absorbing material with toileting or other interventions are mostly applied.

CONCLUSIONS

Results reveal that residents' characteristics and capabilities determine the implementation of an urinary incontinence intervention.

Impact of Urinary Incontinence Related to Overactive Bladder on Long-Term Care Residents and Facilities: A Perspective From Directors of Nursing

The current study assessed the impact of urinary incontinence (UI) on residents, staff, care processes, and quality measures in long-term care (LTC) settings. A 70-question quantitative online survey was sent to directors of nursing (DONs) who had worked for ≥1 year in a ≥100-bed facility (≥80% LTC beds). Of the 62% of residents with UI, 40% were always incontinent, and 81% used incontinence products for UI. Overall, 59% of DONs reported that UI management contributes to certified nursing assistant turnover. Approximately 36% of resident falls occurred while trying to get to the bathroom. LTC quality measures reported as significantly impacted by UI included urinary tract infection and falls with major injury. Only 14% of residents with UI were treated with medication. Most (75%) DONs were unaware of any link between anticholinergic medications and risk of cognitive side effects. These results highlight the need for improved UI treatment, awareness, and management in this population. [Journal of Gerontological Nursing, 48(7), 38-46.].