View clinical trials related to Accidental Fall.
Filter by:Falls in older adults represents a growing public health challenge. The use of certain medication is recognized as an important modifiable risk factor for falls. Research indicates fall-risk increasing drug (FRID) deprescribing is effective in reducing falls but difficult to initiate and to sustain over longer periods of follow-up. A clinical decision support system (CDSS) and patient portal for communicating medication-related fall risk to fall clinic patients may improve joint medication management between patients and physicians and consequently reduce the incidence of injurious falls.
Stopping Elderly Accidents, Deaths, and Injuries (STEADI) is an intervention to prevent falls among older adults developed by the Centers for Disease Control & Prevention (CDC). Studies piloting the intervention have shown promising results; however, more evidence is needed to show that the intervention can be implemented cost-effectively on a larger scale in a real-world integrated health system. To this end, NORC partnered with Emory University School of Medicine to evaluate the effectiveness and cost-effectiveness of the STEADI intervention. This study aims to answer the following research questions to fill remaining knowledge gaps about STEADI: 1. Does STEADI significantly reduce falls among the target population compared to the standard of care? 2. Does partial implementation of some selected STEADI modules, also significantly reduce falls among the target population as compared to the standard of care? 3. Does the net present value of falls and resulting injuries averted by STEADI implementation exceed the net present value of the costs of STEADI implementation and the incremental costs that result from it? Using a mixture of qualitative interview and quantitative performance measures, the study evaluates and describes this case of STEADI implementation within selected primary care clinics of Emory Healthcare. NORC partnered with Emory University School of Medicine to implement different aspects of STEADI in a real-world primary care setting, document experiences implementing the intervention, measure implementation costs, and compare the outcomes of the STEADI intervention compared to control version of the intervention.
Falls place a huge financial burden on healthcare delivery systems, as well as physical and emotional harm to patients and families. Nurses are responsible for identifying fall risks and educating patients about fall risks and prevention, but first must have a thorough understanding of fall risk hazards themselves. The purpose of the study is to determine if enhanced education for caregivers using Virtual Reality simulation increases self-reported use of environmental fall risk interventions, and perceived effectiveness of those interventions, for caregivers on a medical-surgical unit. A secondary purpose is to explore the relationship between perceived effectiveness, unit norms, availability of resources, and self-reported behavior related to the use environmental interventions. The study will use a matched-pair, clustered randomized controlled trial design. The setting is eight medical-surgical units across four hospitals. Unit-pairs at each hospital will be randomly assigned to control or intervention group. The sample will consist of clinical registered nurses and patient care nursing assistants. All participants will receive standard online fall risk education. Participants from the intervention units will also complete virtual reality simulation education delivered via an app on an iPhone that is attached to a headset. The Injurious Fall Risk Factors and Fall Prevention Interventions Survey will be used at baseline, 1 month post-, and 3 months post-education to measure perceived effectiveness, self-reported use, unit peer use, and availability of resources for use of environmental fall prevention interventions. A sample size of 30 participants per nursing unit will be needed for 90% power to detect mean differences of at least 0.5 points between groups.
The purpose of this study is to assess how alternating-frequency Deep Brain Stimulation (DBS) works to improve postural instability and gait, while also treating other motor symptoms of Parkinson Disease (PD).
Conducting assessment lower limb muscle strength, power and joint range of movement as well as inertial measurement unit (IMU) data capture during periods of walking and activities of daily living (sit to stand, stand to sit, climbing stairs) in participants over the age of 65. Assessing to see if there is any correlation between prospective follow up for incidence of fall events and patterns observed in the IMU data of the subject and to assess if the IMU data observed that results in higher or lower incidence of falls is related to any particular pattern in lower limb muscle strength, power and joint range of movement data.
This parallel, randomized, controlled trial aims to quantify the effects of slip- and trip-perturbation training on fall rates collected over 12 months, compared to time-matched treadmill walking, among community-dwelling older adults (≥65 years). A sample size calculation estimated that 140 older community-dwelling older adults (≥65 years) are needed. Following baseline measures, the recruited participants will randomly be assigned to either the perturbation or the walking group. The participants in the perturbation group will be assigned to four perturbation training sessions. The walking group will perform four treadmill walking matching the exercise time of the perturbation training. Assessment of the primary outcome, fall rates, will be conducted continuously in 12 months from randomization. When a fall is reported in the fall calendar, a telephone interview will be conducted to assess the circumstances and consequences (e.g., fall-related fractures, fall-related hospital admissions) of the falls. Moreover, assessment of physical, cognitive, and social-psychological outcomes will be made at baseline, post-test, six-month, and 12-months reassessment.
FIREFLI is a large, pragmatic, individually randomised, controlled trial with embedded economic and qualitative evaluations. The aim of the research is to see whether Safe and Well Visits delivered by the Fire and Rescue Service will lead to a reduction in the number of falls and an improvement in health-related quality of life in older people. It will also look at the cost-effectiveness of the intervention and explore the acceptability of the Safe and Well Visits to older people and the Fire and Rescue Service. The investigators will recruit 1156 participants, randomly divided into two equal groups. One group (the intervention group) will receive the Safe and Well Visit at the beginning of the study and the other group (the control group) will receive the visit at the end of the study. The investigators will collect the number of falls people have using monthly falls calendars and follow up other outcomes by questionnaires at four, eight and 12 months post-randomisation. The investigators will also undertake interviews with some participants and with Fire and Rescue Service staff to explore experiences around the Safe and Well Visits. Two Studies within a Trial (SWAT) will be carried out to investigate more efficient ways of running trials. The first will test if using a recruitment invitation letter informed by Self-Determination Theory will increase the number of participants who take part in the study. The second will test if including a pen with the reminder four-month questionnaire will increase the number of postal questionnaires returned to the study team.
In this assessor-blinded, randomized, controlled trial our primary aim is to quantify the effects of a six-month rhythm-based multitask training (RYMA) intervention on fall rates collected over 12 months, compared to continuation of regular activity schedule, among community-dwelling older adults (≥70 years). This assessor-blinded, randomized, controlled trial aim is to quantify the effects of six-month rhythm-based multitask training (RYMA) on fall rates collected over 12 months, compared to continuation of regular activity schedule, among community-dwelling older adults (≥70 years). A sample size calculation estimates that 126 older community-dwelling older adults (≥70 years) are needed. Following baseline measures, the recruited participants will randomly be assigned to either the RYMA or the control group. The participants in the RYMA group will be assigned to a single weekly one-hour session for six months, while the control group will be encouraged to continue their regular activity schedule. Assessment of the primary outcome, fall rates, will be conducted continuously in 12 months from the beginning of training using monthly fall calendars. When a fall is reported in the fall calendar, a telephone interview will be conducted to assess circumstances and consequences (e.g. fall-related fractures, fall-related hospital admissions) of the falls. Moreover, assessment of physical, cognitive, and social-psychological surrogate outcomes will be made at baseline, six, and 12 months.
Accidental falls in hospitals are serious events concerning the safety of the patients. Recent studies demonstrated that the time of falls is a key factor to be considered in prevention. It has been shown that the time of day, the day of the week and the month of the year impact on the occurrence of falls. The aim of this project is to know the effect of the application of a program of preventive measures based on the temporal patterns of the risk factors on the hospital fall occurrence. A mixed method research design will be conducted. Three phases will be carry out: 1) Longitudinal prospective study in two parts: a) audits and seminars of health professionals focused on an effective and efficient hospital falls register. Cosinor and Multi-Component analyses will be performed to obtain temporal patterns of the hospital falls and their related variables. b) Implementation of a based-temporal patterns, multidimensional prevention program. 2) Retrospective study of falls registered in institutional databases. 3) Qualitative study based on focus groups (physicians, nurses and nursing assistants). It is imperative to study temporal patterns of hospital falls to effectively and comprehensively define the etiology of falls, and therefore, design preventive strategies. A reduction of the number of in-hospital falls and related injuries is expected, as well as, an improvement of the quality of life of patients. Considering temporal patterns, and levels of mood and sleep of healthcare professionals will achieve an improvement of patient safety.
Falls in elderly people are a public health problem and in Chile there's a deficit regarding prevention strategies focused on high functioning older people who live in the community. The aim of the study is to design, implement and evaluate a comprehensive model based on house calls and oriented towards falling prevention (PM ACTIVAS' model). The researchers will perform a clinical trial in a district of Santiago, Chile to evaluate this model. Our hypothesis are that people who received the educational intervention following the PM ACTIVAS' model will: fall less frequently, improve their management on falls risk factors present at home, and have a higher falls risk perception than the control group. The researchers also expect that it will be possible to establish cut off points in a valid and reliable scale to assess the presence of falls risk factors in elderly people.