A randomised control trial of walking to ameliorate brain injury fatigue: a NIDRR TBI model system centre-based study.

Fatigue is one of the most commonly reported sequelae after traumatic brain injury (TBI). This study evaluated the impact of a graduated physical activity programme on fatigue after TBI. Using a prospective randomised single-blind crossover design, 123 individuals with TBI, over the age of 18, were enrolled. Interventions included a home-based walking programme utilising a pedometer to track daily number of steps at increasing increments accompanied by tapered coaching calls over a 12-week period. Nutritional counselling with the same schedule of coaching calls served as the control condition. Main outcome measures included: the Global Fatigue Index (GFI), the Barrow Neurological Institute (BNI) Fatigue Scale Overall Severity Index Score, and the Multidimensional Fatigue Inventory (MFI). Step counts improved over time regardless of group assignment. The walking intervention led to a decrease in GFI, BNI Total, and MFI General scores. Participants reported less fatigue at the end of the active part of the intervention (24 weeks) and after a wash out period (36 weeks) as measured by the BNI Overall. The study suggests that walking can be used as an efficient and cost-effective tool to improve fatigue in persons who have sustained a TBI.

A home-based walking study to ameliorate perceived stress and depressive symptoms in people with a traumatic brain injury.

UNLABELLED: Abstract Objective: To determine whether a 12-week home-based walking programme can decrease perceived stress and depressive symptoms in persons with a traumatic brain injury (TBI). SETTING: Community- and home-based. PARTICIPANTS: Sixty-nine participants with a TBI. DESIGN: Comparative effectiveness cross-over design with random assignment to treatment sequence and blinded post-hoc assessment of outcome where participants completed a 12-week walking intervention and a nutrition education module. The walking intervention utilized pedometers to track the amount of steps each participant walked daily. With the assistance of an assigned coach, weekly goals were given with the intent of increasing the amount of walking that the participant was initially completing. The nutrition control group was created to offset the impact of the coaching calls. MAIN MEASURES: Measurement of perceived stress and depressive symptoms was completed through the use of the Perceived Stress Scale (PSS) and Center for Epidemiological Studies-Depression (CES-D). These measures were collected at three time points: baseline and following each 12-week intervention. RESULTS: RESULTS indicated that both perceived stress and depression symptoms significantly improved following the walking intervention. CONCLUSIONS: While limitations existed with the study, it is evident that walking can be used as an efficient and cost-effective tool to manage perceived stress and depressive symptoms in persons who have sustained a TBI.

Participation assessment with recombined tools-objective (PART-O).

The Participation Assessment with Recombined Tools-Objective (PART-O) is an outcome scale measuring participation in the community. The PART-O consolidates questions from 3 commonly used instruments, and measures 3 domains of community participation postrehabilitation: Productivity, Out and About, and Social Relations. Information on administration and psychometrics are provided.

Evidence-based practice in primary prevention of spinal cord injury.

A spinal cord injury (SCI) not only causes paralysis, but also has long-term impact on physical and mental health. There are between 236,000 to 327,000 individuals living with the consequences of SCI in the United States, and the economic burden on the individuals sustaining the injury, their support network, and society as a whole is significant. The consequences of SCI require that health care professionals begin thinking about primary prevention. Efforts are often focused on care and cure, but evidence-based prevention should have a greater role. Primary prevention efforts can offer significant cost benefits, and efforts to change behavior and improve safety can and should be emphasized. Primary prevention can be applied to various etiologies of injury, including motor vehicle crashes, sports injuries, and firearm misuse, with a clear goal of eliminating unnecessary injury and its life-changing impact.

Unintentional injuries after TBI: Potential risk factors, impacts, and prevention.

BACKGROUND: The top three causes of fatal unintentional injuries are falls, motor vehicle crashes, and being struck against or struck by objects or persons. These etiologies also happen to be the leading causes of TBI, a serious public health problem, in the US. Reduced cognitive functioning, poor decision making, increased risk taking, disinhibition, diminished safety skills and substance use, place individuals with TBI at an increased risk for subsequent unintentional injuries. The caregiving, psychological, social and financial burden of initial injuries is enormous. Unintentional injuries post-TBI add to that burden significantly. Many unintentional injuries can be prevented with simple education and environment and lifestyle changes. Injury prevention requires collaboration among many. OBJECTIVE: This literature review will share information regarding potential triggers or causes of unintentional injuries after TBI to identify potential issues. The many impacts of these injuries will be reviewed. Best practices in prevention will be presented. CONCLUSION: Ultimately, education, discussion, and awareness across multiple stakeholders can aid in preventing unintentional injuries after TBI.