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Hill-Rom® Clinical Resource Center

Helping you implement evidence-based programs with connected technologies

Hill-Rom® Clinical Resource Center

Fall Prevention


  • Fall Prevention and bathroom safety in the epilepsy monitoring unit
    Spritzer SD, et al. | Epilepsy & Behavior | 2015

    Falls are one of the most common adverse events in the epilepsy monitoring unit, however, little is known regarding effectiveness of specific interventions due to variation in protocols and procedures between institutions. Over the course of 12 years, Mayo Clinic Arizona initiated several interventions to decrease falls and improve patient and caregiver safety resulting in a trend of decreasing fall frequency. However, no specific intervention could be identified as having a high impact on fall rates until the MasterVest™ ceiling lift system was put in place for use in all EMU patients when out of bed. Over 15 months after adopting the ceiling lift system, no falls occurred; preventing an expected 2.13 falls a year.

  • Preventing Falls and Eliminating Injury at Ascension Health
    Lancaster, Ava D. | The Joint Commission Journal on Quality and Patient Data | 2007

    Ascension Health achieved a 9.9% system wide reduction in falls by improving their processes and integrating Hill-Rom’s VersaCare bed and bed exit alarm. In addition, the rate of falls with serious injury decreased by 6.4% during the same period. This article outlines the four key strategies and supporting tactics used to accomplish this outcome.

  • Pragmatic, Cluster Randomized Trial of a Policy to Introduce Low-Low Beds to Hospital Wards for the Prevention of Falls and Fall Injuries
    Haines TP, et al. | Journal of the American Geriatrics Society | 2010

    This 6-month randomized trial evaluates the efficacy of a policy to utilize low-low beds for the prevention of falls and fall injuries on wards that had not previously accessed low-low beds. Analysis of the data revealed that  a policy for the use of low-low beds did not appear to reduce fall injuries due to the lack of a significant difference in the rate of falls per 1,000 occupied bed days between intervention and control group wards.

  • Effects of Bed Height On the Biomechanics of Hospital Bed Entry and Egress
    Merryweather AS, et al. | Journal of WORK | 2015

    A large percentage of patient falls in hospitals occur near the bed, and yet little is known about the impact of bed height to fall risk. This study compared joint torques and angles during bed entry and egress at two heights. Twelve elderly adults (>55 year-old) with various ailments were selected who also had variety of strength and mobility limitations. Results show that at low bed height (38 cm), hip torque for bed entry was significantly higher, and hip, knee, and ankle flexion angles were significantly smaller. A full 50% of participants were unable to get out of the low bed without assistance. The authors conclude that low bed heights, which were were designed for the elderly with a high falling risk, pose safety risks for that population.

  • Inpatient fall prevention programs as a patient safety strategy: a systematic review.
    Miake-Lye IM, et al. | Annals of Internal Medicine | 2013

    This systematic review, including 4 meta-analyses involving 19 studies, shows that comprehensive fall prevention programs can help reduce the risk of inpatient falls by as much as 30%. Addressing the benefits and harms of fall prevention programs in an acute care setting, Miake-Lye identifies several factors crucial for the successful implemetation of the program including responsive leadership, staff engagement and pilot testing. 

  • Reducing patient falls: A call to action
    Jorgensen J | American Nurse Today | 2011

    Falls are the leading cause of injury-related deaths and the most common cause of injuries and hospital admissions in adults age 65 years and older. Fall-induced injuries result in prolonged hospitalization and staggering economic costs. The need for a comprehensive falls-reduction programs across the country has never been greater.

  • How to build a successful business case for a falls-reduction program
    Forte J | American Nurse Today | 2011

    Joan Forte examines the necessary components to  build a successful business case for a falls-reduction program. Following the nursing process of assess, plan, implement, and evaluate, this article guides nurses in creating a business case. 

  • Components of a comprehensive fall-risk assessment
    Kulik C | American Nurse Today | 2011

    Up to 50% of hospital patients are at risk for falls, and falling may result in injuries and prolonged hospital stays. Identifying patients who are at risk for falls by utilizing a comprehensive fall-risk program can significantly improve a hospital's fall rate. This article discusses the specific components of a fall-risk program including improved communication and education, regular reevaluation, mobility monitoring, and maintaing a safe enviroment.

  • Focusing on staff awareness and accountability in reducing falls
    Payson C | American Nurse Today | 2011

    Integrating fall prevention into a hospital's overall patient-centered care model holds staff members accountable for patient safety. By increasing accountability and awareness, a consistent approach to reducing falls and patient injuries is achieved. This article discusses the steps to achieve transparency and understanding of fall prevention and patient safety expectations amongst hospital employees. 

  • Creating a culture of safety: Building a sustainable falls-reduction program. The Magnet™ Model's five components can serve as the program's framework
    Wexler SS | American Nurse Today | 2011

    In order to create a culture of safety that sustains a fall-prevention program necessary for Joint Commission Accreditation, the authors recommend facilities utilize the Magnet™ Model of the Amercian Nurses Credentialing Center. This model puts the patient and family at the center of care and focuses on a nurse-patient relationship of postive and individualized treatment. 

  • Current and emerging innovations to keep patients safe. Technological innovations play a leading role in falls-prevention programs.
    Quigley P | American Nurse Today | 2011

    This article discusses the critical role technological innovation plays in healthcare organizations to promote patient safety and support fall-prevention programs. Various technologies are discussed including gait belts, bed and chair alarms, smart beds, mobility devices, walkers, and wheeelchairs. 

  • The Cost of Serious Fall-Related Injuries at Three Midwestern Hospitals
    Wong CA, et al. | Joint Commission Journal on Quality and Patient Safety | 2011

    This study was conducted using data from Barnes-Jewish Hospital, a 1,300-bed tertiary care teaching hospital located in St. Louis; Christian Hospital, a 493-bed acute care hospital located in north St. Louis County; and Missouri Baptist Medical Center, a 489-bed acute care hospital located in west St. Louis County.

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