Fall Injury Rates Research Articles

Seasonal patterns of fatal and nonfatal falls among older adults in the U.S.

Introduction While many believe that older adults fall more often during the winter months, research on this is inconclusive. This study used nationally representative data from 2001 to 2002 to examine unintentional fatal fall rates among older men and women by season and climate, and nonfatal fall rates by season. Methods We studied fatal and nonfatal unintentional falls among U.S. adults aged ≥65 during December 2001–November 2002 by season. Fatal fall data were obtained from National Center for Health Statistics’ annual mortality tapes; nonfatal fall data for injuries treated in emergency departments were obtained from the National Electronic Injury Surveillance System All Injury Program. Fatal falls were also analyzed by climate based on each state's average January 1, 2001 temperature (colder climates ≤32 °F (0 °C) and warmer climates >32 °F (0 °C)). Results From December 2001 through November 2002, neither fatal nor nonfatal fall injury rates showed any seasonal patterns. For fatal falls, the average rate was 9.1 percent higher in colder climates, regardless of season. Conclusion Among older adults, fatal fall rates appear to be influenced more by climate than by season. Additional research is needed to clarify the mechanisms underlying these observations.

Injury Patterns in Big Ten Conference Football

Background In 1998, the National Collegiate Athletic Association legislated a decrease in the number of scrimmages and full-contact practices allowed during the spring season. Hypothesis A significantly increased risk of injury faced by the same player during the spring versus fall practice sessions does exist, but the National Collegiate Athletic Association regulations will not have the intended effect of reducing injury rates to equal or below those of the fall practice sessions. Study Design Retrospectively analyzed, descriptive study of prospectively collected injury surveillance data followed by a prospective, controlled, repeated-measures study after the rule change. Methods Phase 1: the Big Ten Conference Sports Injury Surveillance System database was reviewed from spring 1992 through fall 1997 for all reportable injuries. Phase 2: a prospective investigation was instituted from spring 1998 through fall 2000. This protocol was modified to also document updated individual player position descriptions and string as well as exposures for the old fall and spring practice categories (scrimmages, full contact, and limited contact) and the new spring practice designations (full pads with and without tackling, helmets only, spring game, and other scrimmages). Results Phase 1: There were 3950 fall injuries and 1007 spring injuries, with 469 of the 1007 attributable to the “spring risk factor.” There was a statistically significant increase in injury rate in the spring (19.8) versus fall (10.6). Scrimmages (incidence density ratio = 2.4) and limited-contact practices (incidence density ratio = 2.5) showed more than twice the fall injury rate. Phase 2: There were 1502 fall injuries and 648 spring injuries, with 192 attributable to the spring risk factor. There was a 3-fold increase in injury rate in the spring (incidence density ratio = 3.2). Although the noncontact, helmets-only practices produced the lowest injury rates, the nonspring game scrimmages and the limited-contact practices defined as “practice with pads but without tackling” displayed the highest injury rates. In both spring and fall, nonplayers exhibited the highest injury rates for all string groups. Conclusions There was and still is a statistically significant increase in spring practice injury risk. The 1998 rule change resulted in an even greater increase in spring practice injury risk. If the goal is to minimize the number of spring practice injuries, it will be best accomplished by limiting the number of scrimmages and limited-contact sessions.

Characteristics and circumstances of falls in a hospital setting: a prospective analysis.

To describe the epidemiology of hospital inpatient falls, including characteristics of patients who fall, circumstances of falls, and fall-related injuries. Prospective descriptive study of inpatient falls. Data on patient characteristics, fall circumstances, and injury were collected through interviews with patients and/or nurses and review of adverse event reports and medical records. Fall rates and nurse staffing levels were compared by service. A 1,300-bed urban academic hospital over 13 weeks. All inpatient falls reported for medicine, cardiology, neurology, orthopedics, surgery, oncology, and women and infants services during the study period were included. Falls in the psychiatry service and falls during physical therapy sessions were excluded. A total of 183 patients fell during the study period. The average age of patients who fell was 63.4 years (range 17 to 96). Many falls were unassisted (79%) and occurred in the patient's room (85%), during the evening/overnight (59%), and during ambulation (19%). Half of the falls (50%) were elimination related, which was more common in patients over 65 years old (83% vs 48%; P <.001). Elimination-related falls increased the risk of fall-related injury (adjusted odds ratio, 2.4; 95% confidence interval 1.1 to 5.3). The medicine and neurology services had the highest fall rates (both were 6.12 falls per 1,000 patient-days), and the highest patient to nurse ratios (6.5 and 5.3, respectively). Falls in the hospital affect young as well as older patients, are often unassisted, and involve elimination-related activities. Further studies are necessary to prevent hospital falls and reduce fall injury rates.

Falls in construction: injury rates for OSHA-inspected employers before and after citation for violating the Washington State Fall Protection Standard.

This study examined the relationship between Washington's fall protection standard and injuries in construction workers. Workers' compensation claim rates for falls were examined for employers that were cited for violating the standard over the 1991-1992 period. Fall injury rates for the periods before and after inspections were compared. Claims for a control group of employers that had not been cited were also examined. For the 784 cited employers, the claim rate for compensable fall injuries decreased from 1.78 to 1.39 per 200,000 hours worked for the one-year periods before and after inspection. For the control group (n = 8,301), the claim rate decreased from 1.04 to 0.95 per 200,000 hours. Cited employers were 2.3 times as likely as control employers (p < 0.0001) to experience a claim rate reduction, after adjustment for employer size and type of business. Results suggested that industry-wide fall injury rates might be expected to decrease if more employers were inspected.

Fall-related occupational injuries on farms.

We assessed risk factors for fall-related farm injuries in a population-based, case-control study. Cases had to reside in a defined geographic region served by a single medical center. Multiple sources reported cases, and a special farm census enabled random selection of controls, The annual risk of farm fall injury was 7.5 (95% CI: 5.7, 10.0) per 1,000 person-years. The crude incidence rate was higher in men, while the rate based on hours of farmwork was higher in women. In a multivariate analysis of risk factors, three factors were significantly associated with the risk. The risk of fall injury increased 2% (95% CI: 1%, 4%) per hour worked. Residents of farms with some farm workers not living on the farm had a fall injury rate 2.5 (95% CI: 1.0, 6.2) times greater than residents of other farms. Residents of farms with registered cows had one-third (95% CI: 0.14, 0.93) the risk of residents of other farms. To identify environmental hazards for fall injuries, researchers from several disciplines may need to collaborate in the design and conduct of studies that include injury site investigations.

Incidence of injury-causing falls among older adults by place of residence: a population-based study.

To describe the incidence and associated factors of injury-causing falls by place of residence. A prospective population-based study. Five municipalities in northern Finland. All persons in the five communities aged 70 years or older living at home (n = 1016) and in long-term institutionalized care (n = 143). We recorded all fall incidents during a 2-year period by occurrence and severity of injury, using diary reporting and regular calls and by examining the medical and nursing records of all participants. The times, places, circumstances, and medical treatment needed were recorded as well. Men living at home experienced 71 minor injuries/1000 person years (PY), 42 major soft tissue injuries/1000PY, and 12 fractures/1000PY; women at home experienced 175 minor injuries/1000PY, 65 major soft tissue injuries/1000PY, and 33 fractures/1000PY. Institutionalized older men had 272 minor injuries/1000PY, 122 major soft tissue injuries/1000PY, and 41 fractures/1000PY; institutionalized women had 292 minor injuries/1000PY, 131 major soft tissue injuries/1000PY, and 58 fractures/1000PY. Falls causing injury to older adults in long-term institutionalized care were more evenly distributed by time of day than those that occurred at home. The majority of the injuries sustained in long-term institutionalized care were injuries to the head. The incidence rate of fall injuries requiring medical attention in women, 113/1000PY, was twice that in men, 57/1000PY. Injury-causing falls are more frequent in older people living in long-term institutionalized care, and the time-distribution and some circumstances differ from those of injury-causing falls in home-dwelling older people.

Surface-specific fall injury rates on Utah school playgrounds.

The purpose of this study was to estimate surface-specific rates of fall injuries on school playgrounds. Playground injuries related to falls from climbing equipment and the surfaces involved were identified from injury reports for 1988 to 1990 from 157 Utah elementary schools. Enrollment data and playground inspections were used to estimate student-years spent over each surface. The fall injury rates per 10,000 student-years were asphalt, 44; grass, 12; mats, 16; gravel, 15; and sand, 7. These data did not show that impact-absorbing surfaces reduce fall injuries on playgrounds better than grass. Improved field studies are needed to guide policy decisions for playground surfacing.

Playground hazards in Atlanta child care centers.

We identified 684 playground hazards in 66 child care centers despite regulations mandating that the grounds be hazard-free. Of 21 centers with less than or equal to 5 hazards, 42.9 percent reported a playground-related injury in the previous year; of 25 centers with 6-11 hazards, 52.0 percent reported a playground-related injury; and of 20 centers with greater than or equal to 12 hazards, 60.0 percent reported a playground-related injury. Climbing equipment greater than or equal to 6 feet tall generally had inadequate impact-absorbing undersurfacing and had over twice the rate of fall injuries as climbing equipment less than 6 feet.

An observational study of the transition to maternal employment

Falls incur nearly 35 million disability-adjusted life-years annually; 75% of which occur in low- and middle-income countries. The epidemiology of civilian injuries during conflict is relatively unknown, yet important for planning prevention initiatives, health policy and humanitarian assistance. This study aimed to determine the death and disability and household consequences of fall injuries in post-invasion Baghdad.A two-stage, cluster randomised, community-based household survey was performed in May of 2014 to determine the civilian burden of injury from 2003 to 2014 in Baghdad. In addition to questions about household member death, households were interviewed regarding injury specifics, healthcare required, disability, relatedness to conflict and resultant financial hardship.Nine hundred households totaling 5148 individuals were interviewed. There were 138 fall injuries (25% of all injuries reported); fall was the most common mechanism of civilian injury in Baghdad. The rate of serious fall injuries increased from 78 to 466 per 100,000 persons in 2003 and 2013, respectively. Fall was the most common mechanism among the injured elderly (i.e. ≥65 years; 15/24 elderly unintentional injuries; 63%). However, 46 fall injuries were children aged <15 years (49% of unintentional injuries) and 77 were respondents aged 15–64 years (36%). Respondents who spent significant time within the home (i.e. unemployed, retired, homemaker) had three times greater odds of having suffered a fall injury than student referents (aOR 3.34; 95%CI 1.30–8.60). Almost 80% of fall injured were left with life-limiting disability. Affected households often borrowed substantial sums of money (34 households; 30% of affected households) and/or suffered food insecurity after a family member's fall (52; 46%).Falls were the most common cause of civilian injury in Baghdad. In part due to the effect of prolonged insecurity on a fragile health system, many injuries resulted in life-limiting disabilities. In turn, households shouldered much of the burden after fall injury due to loss of income and/or medical expenditure, often resulting in food insecurity. Given ongoing conflict, civilian injury control initiatives, trauma care strengthening efforts and support for households of the injured is urgently needed.