Review articleMinimizing the use of restrictive devices in dementia patients at risk for falling
Section snippets
Restrictive devices
Physical restraint is defined according to its functional application as any device, material, or equipment that inhibits mobility or change in position and cannot be removed by the person easily [18]. Examples include, but are not limited to, vest restraints, hand mitts, and belts. Side rails are adjustable metal or rigid plastic bars that attach to the bed and come in a variety of sizes (full, three-quarter, half, and quarter-length rail) and shapes [19]. Many nursing home beds include
Negative physical consequences of restrictive device use
Prolonged physical restraint has been correlated with numerous adverse physiological outcomes in animal [48], [49] and human research. Negative outcomes reported in the literature include hyperthermia [50], rhabdomyolysis [51], brachial plexus injury [52], axillary vein thrombosis [53], compressive neuropathy [54], and stress-induced cardiac rhythm disturbances [55]. Side rails also have been identified as a vector for nosocomial infections. Several different types of microbes have been
Negative psychological consequences of restrictive device use
Hospitalized elders express extreme distress when restrained and may suffer adverse psychological effects expressed as anger, demoralization, humiliation, feelings of low self worth, depression, and reduced social functioning [85], [86], [87], [88]. Interestingly, although restraints are used to treat agitation, these devices are correlated strongly with behavioral symptoms such as physical or verbal aggression, especially among those with dementia [88], [89], [90], [91]. Delirium also has been
Physical restraints
Negative consequences associated with restraint use served as a major impetus to change federal law regarding restraints [47]. The Omnibus Budget Reconciliation Act of 1987 [95] resulted in significant reductions in restraint use in US nursing homes, from an overall prevalence of 36% in 1988 [96], to approximately 13.1% in 1998 [97], to 8.86% in 2003. The legislation, in concert with emerging empirical evidence over the last decade, has had a tremendous impact on nursing home practice [3], [98]
Physical restraints
Reduction in hospital physical restraint use began in the early 1990s, spurred by the drastic practice shifts in nursing homes [11], [24]. Restraint standards developed by the Joint Commission on Accreditation of Health care Organizations [110] have led to reductions in overall physical restraint use and as changes in restraint use patterns [21], [40], [111]. Mion et al contend that current restraint use is employed more often to prevent treatment disruption than to avert falls and related
Lack of evidence to support restrictive device use
Restrictive device use is based on a general belief that restriction of a body part or prevention of voluntary transfer from a chair or bed will reduce falls. Numerous studies, however, report a significant incidence of falls and injury among restrained confused patients in both nursing home and hospital settings [5], [14], [35], [114], [115]. Table 1 summarizes studies reporting fall rates associated with restrictive device use.
A study examining the relationship between restraint use and falls
Outcomes associated with restrictive device reduction
Several clinical intervention studies examine both the degree of restrictive device reduction and the effect of the reduction efforts on patient and staff outcomes. Most studies compare interventions with historical control or baseline rates using a before–after study design [116]. Some also have designed their intervention to achieve concomitant reduction of chemical restraints or inappropriate usage of psychoactive medications. Several studies have demonstrated that this is possible in the
Alternatives to restrictive device usage
Although several individual alternatives to restraints and side rail have been proposed, the efficacy and safety of these interventions have not been evaluated prospectively for their individual contribution to fall reduction [129]. Hip protector pads are the best-studied single intervention strategy for fall-related injury prevention among high-risk elders. Several, large-scale, randomized and controlled clinical trials have demonstrated a strong association between reduced hip fracture rates
Approaches to minimizing/eliminating restrictive device usage
Restrictive devices are used to reduce fall and injury risk that often has multiple causative factors. Optimal resolution also requires multiple interventions that rely on coordination by means of interdisciplinary dialog and action [137]. Comprehensive assessment, coordinated care management, and individualized intervention plans targeting identified risk factors have been found to be the most successful strategies to reduce restrictive devices. Several approaches to implementing these
Summary
The accumulating empirical evidence demonstrates that restrictive devices can be removed without negative consequences. Most importantly, use of nonrestrictive measures has been correlated with positive patient outcomes and represents care that is dignified and safe for confused elders. Most of these nonrestrictive approaches promote mobility and functional recovery; however, testing of individual interventions is needed to further the science. As the research regarding restrictive devices has
Acknowledgements
The author wishes to acknowledge the excellent assistance of Brenda Rodriguez in the preparation of this manuscript.
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2013, Journal of the American Medical Directors AssociationCitation Excerpt :The relative, thus, acquired the nursing home staff view that restraints could prevent dangerous situations and adverse consequences such as falls. Since this is no longer considered true,16,17 this project helped nursing home staff inform the resident's relatives that there are more humane measures to provide safety and involve them in the decision making process. The high level (79%) of relatives involvement in the decision making process underscores the importance of engaging relatives in this process.
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2012, International Journal of Nursing StudiesCitation Excerpt :Poor mobility, high dependency and impaired cognitive status are the strongest predictors of restraint usage (Burton et al., 1992; Capezuti, 2004; Gallinagh et al., 2002; Hamers et al., 2004; Sullivan-Marx et al., 1999). Several studies demonstrated that in almost all cases, physical restraints are used as safety measures (Capezuti, 2004; Hamers et al., 2004; Werner, 2002), mainly to prevent falls (more than 90%) (Capezuti, 2004; Hamers et al., 2004; Werner and Mendelsson, 2001). Other uses include the prevention of wandering, the control of restless and aggressive behaviour and maintenance of a resident's position while seated in a chair (Capezuti, 2004; Castle et al., 1997; Gallinagh et al., 2002; Hantikainen, 1998; Ryden et al., 1999).
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2012, Journal of the American Medical Directors AssociationCitation Excerpt :Unfortunately, we did not have longitudinal data on cognitive function, delirium, or mood to support the notion that restraint reduction can prevent or shorten the duration of delirium that is associated with poor clinical outcomes.34 Physical restraints may lead to physical de-conditioning.35 Unfortunately, interpretation of our data on mobility and ADLs was hampered by the significant number of missing data in the medical records.
Quality of life of residents with dementia in traditional versus small-scale long-term care settings: A quasi-experimental study
2012, International Journal of Nursing Studies