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Introduction: Stroke is a recognized cause of disability among adults. However the impact that the deficits that occur after a moderate/severe stroke have on long-term disability, as well as the response of the resultant deficits to rehabilitation, are not completely understood., Patients and Methods: A total of 396 patients with a modified Rankin score >= 3 after an ischemic (n = 221) or hemorrhagic (n = 175) stroke were included in this study. All patients were assessed with cognitive, behavior, emotional, motor and functional domains. All patients were assessed at baseline and six months after inclusion in a multidisciplinary rehabilitation program., Results: Risk of falling (Berg Balance Scale < 45 in 83.1% of the sample at baseline and 49.5% at follow-up) and functional problems (82.8% with a Barthel Index < 75 at baseline and 53% at follow-up) were the most prevalent deficits. Emotional disturbances were those that most improved while behavioral problems were those that did less. Although global disability improved during treatment among most patients, only 11% of our patients, especially those with preserved cognitive function at baseline, could be classified as patients with mild disability at follow-up., Conclusions: Stroke consequences are multidimensional. The symptoms that the stroke can cause in multiple domains, as well as the pattern of recovery are widely diverse, with prevalence of behavioral long-term disturbances.

Objective: To study the characteristics of balance performance in a sample of patients with increasing postural instability after acquired brain injury (ABI) and to establish the clinical utility of a new computerized posturographic system (NedSVE/IBV)., Methods: This study included 108 patients with ABI divided into five groups from minimal to severe postural impairment. All patients were assessed with the NedSVE/IBV system and with traditional balance measures. Posturographic analyses included the modified clinical test of sensory interaction on balance, the limits of stability and the weight-shifting test. Sensitivity to detect changes and reproducibility were evaluated in 63 patients who were followed-up for 6 months and in 20 patients who were evaluated on two separate occasions during the same week, respectively., Results: The patients showed reduced stability limits, abnormal postural responses and an increased reliance on visual input with differences in intensity directly related to their degree of balance impairment. Posturographic study showed excellent convergent validity, reproducibility and sensitivity to detect changes., Conclusion: The data suggests that, regardless of the intensity of postural instability, there is a common mechanism of sensory processing to maintain balance after ABI. The NedSVE-IBV system is a valid tool to quantify balance after ABI.