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Study design:Descriptive study with a cross-sectional design.Objectives:To describe the epidemiology of traumatic spinal cord injuries (TSCIs) in Botswana, with a specific focus on road traffic crashes (RTC).Setting:Main public referral hospital, Gaborone, Botswana.Method:Two samples were included. Sample one described the epidemiology and included patients admitted during a 2-year period with acute TSCI. Sample two included only patients with TSCI due to RTC.Results:Annual incidence was 13 per million population. Epidemiology of TSCI: 49 patients were included, 71% male, age ranging from 4 to 81 years, 80% ⩽45 years. Tetraplegia was more common than paraplegia (59/41%), and 39% had C1-C4 level of injury. The main cause of TSCI was RTC (68%), followed by assault (16%) and falls (10%). Mortality was 20%, where all, but one, had tetraplegia (18%). Median time from injury to spinal surgery was 12 days, with longer time for women, 16 days compared with 8 for men. Burst tire was the primary cause of RTC resulting in a TSCI, followed by hitting animals on the road. The majority had been passengers and 72% were involved in single crashes.Conclusion:The most common cause for TSCI was RTC, followed by assault. In-hospital mortality was high and the waiting period from the time of accident to spinal surgery was long, especially for women. The aetiology and high mortality of TSCI in Botswana indicate that improvements in roadway safety and medical care may decrease the TSCI incidence and mortality. [ABSTRACT FROM AUTHOR]

Study Design: Prospective follow-up study., Objectives: To describe outcomes, survival, and attendance to routine follow-up visits 10 years post-SCI., Setting: The national SCI-rehabilitation center in Botswana., Methods: All persons who were admitted with traumatic SCI during a 2-year period, 2011-2013, and survived up to 2 years post-injury were included. Data were collected from the medical records from the follow-up assessment closest to 10 years post-SCI and included demographic and clinical characteristics, functional outcomes, and secondary complications. Data regarding mortalities were received from relatives. Statistical comparisons were made, when possible, between those who attend follow-up assessment and those who did not, and between those who survived up to 10 years post-SCI and those who died., Results: The follow-up rate was 76% (19/25) of known survivors. No statistically significant factors were found to affect the follow-up rate. Secondary complications rates were for pressure ulcers and urinary tract infections 21%. Self-catheterisation and suprapubic catheter were the preferred methods to manage neurogenic bladder dysfunction. Ten persons (26%) had deceased since 2 nd follow-up assessment. The causes of death were probably SCI-related in more than half of the cases., Conclusions: This was a follow-up study at year 10 after acute TSCI in Botswana conducted at the national SCI-rehabilitation center. The study supports previous reports regarding the importance of that having specialized SCI units and the need of structured follow-ups, a responsible person in charge of scheduling, and updated patient registers. We found high follow-up rate, low rates of complications and of patients being lost to follow-up., (© 2024. The Author(s).)

Purpose: to investigate long-term effects of SmartDrive on mobility, everyday activity, and shoulder pain among spinal cord injured manual wheelchairs users., Material and Methods: A prospective pilot intervention study was conducted at Spinalis/Aleris Rehab Station, Sweden. Participants were consecutively invited when evaluated for SmartDrive prescription. Assessments were done at baseline, intervention (use of SmartDrive), and after six months. A smartwatch registered wheelchair utilization including push intensity and pushes/day. Wheelchair Outcome Measure, pain rating instruments including Wheelchair User's Shoulder Pain Index, a wheelchair test, and semi-structured interviews were used. Descriptive statistics and content analysis approach were used., Results: Twenty-five persons were screened, six of 14 included completed the study. Drop-out reasons were not related to SmartDrive for five of the eight persons. After intervention, there was a tendency of decreased pain (median (IQR) 5/10 (2.6-6.6) vs 2.5 (2-3.2). All participants reported increased satisfaction of performance when "taking a walk", from median (IQR) 45/100 (27-70) at baseline to 95 (80-100) at 6 months. Two persons who could not ascend a slope at baseline could manage using the SmartDrive. Interviews revealed that the in general positive response persisted at six months. Also, with the SmartDrive the participants could go out despite pain, providing a sense of freedom and independence. Three incidents were reported., Conclusion: This long-term pilot study indicates that a SmartDrive might be a valuable assistive device to promote mobility despite of shoulder pain. All participants considered it easy to use and experienced increased independence, however skills training and follow-ups are necessary. IMPLICATIONS FOR REHABILITATIONA Rear Drive Power Assist Device (RD-PAD) could increase satisfaction with self-selected activities.A RD-PAD could increase functional mobility by facilitating propelling longer distances and steeper slopes.A RD-PAD could improve perseverance of daily activities in spite of shoulder pain.A RD-PAD could be a valuable assistive aid for persons with paraplegia with different level of wheelchair skills but with good self-awareness regarding their abilities.Thorough assessment of initial wheelchair skills, training, and follow-up are important to enhance safety and maximize performance when using the RD-PAD.

Background: When suffering a spinal cord injury (SCI), the patient and family face numerous challenges regardless of socio-economic level. The stigmatisation of persons with disabilities has been reported, however, reports from Southern Africa are largely lacking., Purpose: To explore the experiences of living with a traumatic SCI in Botswana concerning perceived attitudes, obstacles and challenges., Method: A qualitative approach with semi-structured interviews was conducted. Thirteen community-dwelling persons who have lived with an SCI for at least two years participated., Results: A theoretical model was formed that illustrate the associations between the core category, Self, and the categories Relationships and Society. The model illustrates that personal resources, including a strong identity and a positive attitude, are crucial to the experience of inclusion in the community. A supportive family, a source of income, and faith were strong facilitators, while inaccessibility and devaluing attitudes were barriers. Having a disability led to increased risk of poverty and social exclusion., Conclusion: This study emphasised the importance of personal resources, family support, and improved accessibility to facilitate inclusion in the society. Informants requested legislation to advocate for the rights of persons with disabilities to be respected, with the aim of moving towards an equal accessible society. Implications for Rehabilitation Reclaiming or restructuring one's identity after a SCI is crucial for the person's ability to move on and develop beneficial coping strategies. Support from family and friends, staff and peer support are crucial parts in that process. Spirituality, values, needs and coping strategies vary profoundly among persons sustaining disabling injuries. In striving to optimise care, rehabilitation staff needs to be attentive to the personal resources and preferences to be able to individualise care, encounter, and facilitate transition back to the community. Family members play a crucial part in rehabilitation. It is essential for the patients' well-being and care that they get explicit descriptions of the patient's abilities. Living in a well-adapted home will facilitate well-being, independence, and return to work. Rehabilitation staff needs to focus their efforts on making this successful prior to discharge from hospital.

Study Design: Descriptive, cross-sectional study., Objective: To assess the relationship between spasticity and bone mineral density in the lower extremities in individuals with a motor complete spinal cord injury., Methods: Eighteen individuals, matched for time since injury, gender, and age, were included in the study. Nine men had severe spasticity, and 9 men had spasticity that was either mild or not present. Comparisons regarding bone mineral density were made using dual energy X-ray absorptiometry. Regions of interest measured were total leg, pelvis, femoral neck and total hip. Between-group differences regarding fat and lean tissue were analysed., Results: Background data, such as weight, height, standing and exercising habits, smoking and alcohol use, were similar in both groups. There was no difference between the groups regarding bone mineral density. All of the participants presented with osteoporosis or osteopaenia values at the hips. Participants with severe spasticity had larger muscle volume than those with none or mild spasticity. No correlations between bone mineral density and body composition with age or time since injury were seen., Conclusion: No difference in bone mineral density dependent on spasticity was detected in this study, but all included participants showed osteopaenia or osteoporosis at the hip, but not in full body values. Individuals with severe spasticity had greater muscle mass compared with those with no or mild spasticity.