Author/ Study Objectives Year Xia, Q., Jiang, Y., Niu, C., Tang, C., & Xia, Z. (2009) Level/Design Intervention and Outcome Measures Results Study Limitations Behavioral and environmental components, both done in an individual and group setting. A multidisciplinary group provided advice to the subjects through a number of intervention programs. Including education, brochure distribution, poster exhibition, hazard assessments, and community safety. 7.19% of the intervention community sample reported falls, compared with 17.86% of the control community sample. The actual fall rate decreased by 10.52% in the intervention communities. Results were statistically significant, p<0.000 Findings cannot be generalized to older people living in nursing homes or hospital settings because the sample population only included those living in community settings. Subjects Explore the feasibility and efficacy of a multifaceted fall intervention in communities of older urban Chinese. Level One-RCT Sample Size: 2,310 Control= 994 Intervention= 1316 Measures: Self-reported fall experience and information on birth date, sex, education, marital status, chronic disease conditions, activities of daily living Level One- RCT Salminen et al. (2009) To evaluate the effects of a multifactorial fall prevention program on falls and to identify the subgroups that benefit the most. Sample size: 591 Intervention group=293 Control group=298 Assessment by a geriatrician, resident education regarding risk factors such as healthy diet, calcium, vitamin D and the use of hip protectors, home hazard assessment was conducted, 45 Minute exercise groups, psychosocial group activities (IE recreational groups and psychological support). Measures: Berg Balance scale Snellen Chart, Geriatric Depression Scale and Mini Nutritional Assessment 10-meter walk Diaries were given to residents to report number of falls. Intervention Group (n=292) Falls =243 Incidence rate of fall (95% CI) .87 Control Group (n=297) Falls=271 Incidence of Falls (95% CI) .94 Intervention did not reduce the incidence of falls overall Sub-groups that were found to have a higher incidence of falls were those with depressive symptoms and those with at least three falls during the 12-month period preceding the intervention. Opportunistic recruitment (newspaper and handouts) for study led to less diverse and representative population Inclusion criteria was not sufficiently stringent Becker et al. (2003) Jensen et al. (2002) To evaluate the effectiveness of multifaceted, nonpharmaceutical intervention on the incidence of falls in LTC. Specifically, density rate of falls, recurrent falls and hip fractures. Level One- RCT To investigate whether a multifactorial intervention program would reduce falls and fall-related injuries of those in residential care facilities. Outcome measurements included number of falls, time occurrence of first fall along and injuries resulting from falls. Level One- RCT N=981 aged 60 or older mean age 85; 79% female. Sample: 402 Residents Control:208 residents Intervention:194 Intervention included a staff and resident education on fall prevention, advice on environmental adaptations, progressive balance, and resistance testing and hip protectors. Measures Minimum Data Set of Resident Assessment Instrument was used to determine functional differences between control and intervention group. Reporting was done by staff and residents. An 11-week multidisciplinary program that comprised of educating staff, modifying the environment, implementing exercise programs, supplying adaptive equipment, reviewing drug regimens, providing hip protectors, having post-fall problemsolving conferences and guiding staff. Measurements: Physician questionnaire of drugs, Mini-Mental State Examination, Barthel Index and Mobility Interaction Fall Chart. Nurse’s aides and licensed practical nurses registered each fall that were personally witnessed or reported to them. Incidence of fallers: 247 fallers were detected in the control group (52.3%) and 188 (36.9%) in Intervention group. P=.0038 Self-report done by residents with cognitive impairments During the 34 week period, 82 residents (44%) in the intervention group sustained a fall compares with 109 (56%) in the control group. Relied on self-reporting. Falls per resident in intervention group ranged from 0-16 and 0-26 in control group. 48 of 188 (26%) residents in the intervention group compared with 64 of 196 (33%) in control group. 51 injuries and 3 femoral factors in intervention group and 61 with 12 femoral factors in the control group. Showing a significantly reduced the number of fell, total number of falls and time of first falls and number of femoral fractures. Clemson et al. (2004) Cummings et al. (2008) Investigate if Stepping On, a multifaceted community-based program using a small-group learning environment, effect in reducing falls in at-risk people living at home. To determine the efficacy of a targeted multifactorial fall prevention program in elderly care wards with relatively short lengths of stay (1-2) weeks. Program (n-157) Stepping On is a multifaceted community-based program using a small-group learning environment to improve fall self-efficacy, encourage behavioral change, and reduce falls. Two-hour sessions were conducted weekly for 7 weeks, with a follow-up occupational therapy home visit. Subjects followed for 14 months. Level One-RCT Measures Get up and Go test Rhomberg test Modified Falls Efficacy Scale (MFES) Mobility efficacy Scale (MES) Nurse and Physiotherapist provided a multifactorial intervention including a risk assessment of falls, staff and patient education, drug review, modification of room and ward environment, exercise program, and alarms for selected patients. Level One- RCT Control (n=153) N=3,999 Mean age of 79 24 Hospital Wards Measures: Modified Fall Risk Fall statistics were collected by incidents and notes reported in medical records, nurse reports The intervention group experienced a 31% reduction in falls None addressed This was a clinically meaningful result demonstrating that the Stepping On program was effective for communityresiding elderly people. Overall 381 falls occurred there was no difference in fall rates between the intervention and control group -No self-reporting was performed -Short length of stay and to ensure effect and adherence of program Intervention Group 9.26 fall per 1000 beds Control Group 9.21 falls per 1000 beds 95 percent CI - Fall prevention was already included in control group before the start of the study McMurdo, Millar & Daly (1999) Sjosten et al. (2007) Effectiveness of falls risk assessment/ modification and seated balance exercise training in reducing falls among elderly people living in residential care (nursing home). To describe the effects of a multifactorial fall prevention trial on the specified risk factors of falling, incidence of falls and injurious falls, Level One-RCT Intervention: Sample: 133 Residents with a mean age of 84 Environment Modification Medication Review Only 90 (67.7) completed intervention and 84 finished 7-12 month follow up. Level One-RCT Sample= 591 Program=293 Control=298 Median age-73.5 years old Twice weekly 30-min exercise sessions (group) Measures: Philadelphia Geriatric Centre Morale Scale Mini-Mental State Examination The prevention program was based on an individual risk factor analysis, and it was separately tailored for each participant according to risk factors, functional abilities and health status. The intervention consisted of seven parts Measurements Berg’s Balance Scale, Borg Rating of Perceived Exertion Scale, Adjustable Dynamometer Chair Geriatric Depression Scale No difference between control and intervention groups in the number of falls sustained (P value not reported). High dropout rate reduced the power of this study Residents who sustained falls represented 58% of the control group and 38% of intervention group. Exercises were not vigorous enough to improve balance. The control Group had also a better functional ability in basic activities of daily living; mean ADL sum score 29.7 But no other statistically significant differences were found between the groups in risk factors of falling or in physical and cognitive functional abilities. Generalizability of the results may be skewed because of the selection of the population. Contamination of the control group has to be taken into account. It is possible that some people in the control group have been affected by information aimed only at the intervention group. Russell et al. (2009) Ray et al. (1997) Determine whether falls and injury can be prevented with less-intensive multifactorial intervention programs by investigating the effect of a referralbased targeted multifactorial falls prevention intervention on recurrent falls and injuries in older people Level One- RCT To evaluate an intervention program designed to prevent associated injuries in highrisk nursing home residents. Level One- RCT Sample= 722 Intervention=361 Control= 351 60+ Measures Fall Risk for Older People in the community Geriatric Depression Scale short form Modified Falls Efficacy Scale Sample: 482 Control= 261 Intervention=221 Vind et al. (2009) To evaluate the effect of multifactorial fall prevention in community-dwelling people aged 65 and older in Denmark. This applies to our research question because we are looking at the effects of multifactorial fall Intervention group were offered a targeted multifactorial falls prevention program consisting of referrals to existing community services and health promotion recommendations, in addition to standard care. Level One- RCT N=392 Intervention=196 Control=196 No differences were found in falls and mobility outcomes between the intervention and usual care groups. Researchers had no control over the nature, intensity, or scope of the service implemented This study does not support the use of a referral-based targeted multifactorial intervention program to reduce subsequent falls or fall injuries in older people who present to an emergency department after a fall. Time between fall-related presentation to the ED and the participant receiving the interventions may have contributed to a null result. Intervention- Falls Consultation Service (Multifactorial Program) Environmental Modification, transfer education, medication information and wheelchair Maintenance Measures Individual Safety Assessment and Treatment Planning After a year of intervention number of recurrent fallers in intervention group (43.8%) was 19.1% lower than in control facilities (54.1%). Intervention- Identification of general medical, cardiovascular, and physical risk factors for falls and individual intervention in the intervention group. Participants in the control group received usual care. The results revealed no effect of the intervention on fall rates. A two-sided significance test was used throughout the analyses and a P<.05 was considered statistically significant. Therefore this intervention should not be Of those invited, only 35.5% agreed to participate, and they were younger and less likely to have been hospitalized than those who did not participate. Participants also were not representative of the total group of elderly people presenting at intervention programs on older adults. Measures Haines et. al. To assess the effectiveness of a targeted, multiple intervention falls prevention program in reducing falls and injuries related to falls in a sub-acute hospital. Level one, RCT N=626 Intervention=310 Control=316 Average 80 years old the hospital with a fall Participants in the intervention group experienced 30% fewer falls than participants in the control group. This difference was significant ( P = 0.045) and was most obvious after 45 days of observation. The inability to completely blind all staff may have influenced the recording of the incidence of falls and is considered a limitation of the study. Barthel Index (BI) Frenchay Activity Index (FAI) Activity Balance Confidence (ABC) Intervention: The intervention included falls risk alert card with information brochure, exercise program, education program, and hip protectors. Measures recommended for fall prevention in this setting. PJC-FRAT