Abstract-Falls are prevalent reasons for spinal cord injury (SCI). Postinjury fear of falling (FOF) can affect rehabilitation potential. We quantified FOF in 15 men with paraplegia (ambulatory with bilateral knee-ankle-foot orthoses [KAFOs] and elbow crutches) in correlation with their postural control at the center for long-term SCI rehabilitation of a tertiary-care teaching hospital. Our outcome measures comprised the American Spinal Injury Association Impairment Scale, the Modified Falls Efficacy Scale (MFES), postural sway measurements in the anteroposterior and mediolateral directions; and walking speed, cadence, and endurance. We assessed FOF with the MFES followed by measuring postural sway with a force platform. We measured gait parameters by asking the participant to ambulate on an indoor pathway. The mean postural sway was 314.13 +/-184.05 mm (mean +/-standard deviation) in the anteroposterior direction and 222.16 +/-112.34 mm in the mediolateral direction. The MFES score was 41.29 +/-12.77, which showed a statistically significant negative correlation with postural control. The self-perception of confidence as measured by MFES might not really represent the actual postural stability in individuals with low-level paraplegia. FOF can adversely affect the postural control of individuals with low-level paraplegia. Clinicians should consider FOF as an influential factor in postural control during rehabilitation.

The objective of the present study is to compare and quantify the postural differences and joint pain distribution between subjects with benign joint hypermobility syndrome (BJHS) and the normal population. This observational, non-randomized, and controlled study was conducted at Rheumatology and Physical Medicine and Rehabilitation Medicine Departments of a tertiary care teaching hospital. Subjects comprise 35 persons with diagnosis of BJHS, and the control group was matched for age and sex. Reedco's Posture score (RPS) and visual analogue scale (VAS) were the outcome measures. The subjects were assessed for pain in ten major joints and rated on a VAS. A standard posture assessment was conducted using the Reedco's Posture score. The same procedure was executed for an age- and sex-matched control group. Mean RPS for the BJHS group was 55.29 ± 8.15 and for the normal group it was 67 ± 11.94. The most common postural deviances in subjects with BJHS were identified in the following areas of head, hip (Sagittal plane), upper back, trunk, and lower back (Coronal plane). Intensity of pain was found to be more in BJHS persons than that of the normal persons, and the knee joints were the most affected. The present study compared and quantified the postural abnormalities and the pain in BJHS persons. The need for postural re-education and specific assessment and training for the most affected joints are discussed. There is a significant difference in posture between subjects with BJHS and the normal population. BJHS persons need special attention to their posture re-education during physiotherapy sessions to reduce long-term detrimental effects on the musculoskeletal system.

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The aims of this study were to objectively measure the physical performance and physical endurance of patients with traumatic brain injury with minimization of cognitive and psychological fatigue, and to compare the physical performance of brain injured patients with that of healthy controls. This was a nonrandomized partially blinded controlled study. The study setting was the Outpatient Multidisciplinary Brain Injury Clinic in the Department of Physical Medicine and Rehabilitation of a tertiary care university teaching hospital. Participants included an experimental group that comprised independently ambulant men (age 18-55 years) with mild-to-moderate traumatic brain injury (n = 24) who complained of greater fatigue than before their injury and an age-matched and sex-matched control group (n = 24). The intervention included the Six-Minute Walk Test. The primary outcome measures were the Six-Minute Walk Distance, the Fatigue Severity Scale, Addenbrooke's Cognitive Examination, and the Fatigue Visual Numeric Scale; the secondary outcome measures were the Physiological Cost Index of Walking and the Borg Scale of Perceived Exertion. The Six-Minute Walk Distance of the experimental group (452.33+/-68.816) when compared with that of the control group (518.08+/-92.114) was reduced by 12.7 and 30.5%, respectively, when compared with the predicted Six-Minute Walking Distance (650.04+/-79.142) for the same age and sex. The mean Fatigue Severity Scale values were 2.51 and 1.62 for the experimental and control groups, respectively. The mean Addenbrooke's Cognitive Examination Score for the patients was 85.5+/-7.265. In conclusion, the Six-Minute Walk Test is useful in segregating physical fatigue from cognitive and psychological aspects of fatigue when cognitive and psychological dimensions are known. The Six-Minute Walk Test can be used as a tool for exercise intensity prescription in men with mild-to-moderate brain injury, to avoid the deleterious effects of fatigue.

Aims The main aim of this study was to identify the changes over time on the functional status of people with spinal cord injury in a sample of the South Indian population, integrated in the community, following rehabilitation. It also aimed at evaluating the adaptations that occurred in that time period, in order to facilitate planning of services based on patient requirements Methods Data was gathered from medical records and through structured interviews from 85 individuals with traumatic paraplegia who were rehabilitated from the Christian Medical College, Vellore. The Functional Independence Measure was used to assess activities of daily living. Thirteen variables were analysed using Chi-square and Pearson's Correlation Coefficient tests. Findings The mean age of the patients at the time of study was 38.95±10.19. Out of the 85 patients, 89.4% were male, 43.5% were between 19 to 50 years of age and 61.2% were married. The most common site of spinal lesion (84.7%) was between T10 and T12. The majority, 64.7%, of the patients were ambulant with orthoses and appliances such as walker, crutches and canes. Most of the patients were independent in activies of daily living with some assistive devices (90.6%). The majority of the patients (76.5%) were over 5 years post injury. Conclusions Adjustments and adaptations occurred in a time period within 5 years post injury, after which the gains were stabilized. Rehabilitation and intervention measures should focus on the initial time frame after SCI.The results may provide better understanding to plan and co-ordinate rehabilitation measures for people with SCI.