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OBJECTIVE: The objective of this study is to examine the interdependent associations between International Classification of Functioning, Disability and Health (ICF) domains and their relationship with environmental factors with regard to quality of life (QoL) in individuals with spinal cord injury (SCI). DESIGN: Survey, cross-sectional study, and model testing using structural equation modeling. SETTING: Two inpatient and outpatient SCI rehabilitation units, Sheba Medical Center and Loewenstein Hospital, Israel. PARTICIPANTS: Convenience sample of 156 individuals with SCI (N=156). INTERVENTIONS: Not applicable. MAIN OUTCOME MEASURES: QoL assessed by the World Health Organization Quality of Life Assessment-BREF. Neurological impairment after SCI reflected by lesion completeness and neurologic level of injury as measured by the International Standards for Neurological Classification of Spinal Cord Injury. The Spinal Cord Independence Measure to assess SCI-related task performance. ICF Brief Core Sets composition scores to assess impairment in body structure and function domains, limitations in activities, restriction in participation constructs, and the effect of environmental factors within the ICF model. RESULTS: Level of spinal cord injury and ICF Brief Core Sets composite score relating to activities and participation construct demonstrated a direct significant association with QoL. Moreover, a significant indirect association with QoL was found between the composite scores in ICF body structure and function and environmental factors, level of spinal cord injury, time since injury onset, and sex. Because the Spinal Cord Independence Measure was not related to QoL, we inferred that the categories related to instrumental activities of daily living and participation exert the most significant influence on QoL. CONCLUSIONS: In order to optimize improvements in quality of life, current rehabilitation programs should target limitations specifically related to instrumental activities of daily living and participation restrictions. It may serve as a focal point for further development of current therapeutic models and analytical methods that optimize rehabilitation planning and decision making among both health care professionals and patients.

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Objective: To assess the unmediated association between neurological impairment and quality of life (QoL) among persons with spinal cord injury (SCI), in the context of both early post-acute and long-term rehabilitation settings.Design: An observational prospective cross-sectional study.Setting: Two neurological rehabilitation centers, specializing in spinal cord injury, within a university hospital.Methods: 156 adults with spinal cord injury in the early post-acute and chronic stages of rehabilitation.Outcome Measures: Participants were categorized into tetraplegia or paraplegia groups based on neurological level of injury, and into complete or incomplete groups based on American Spinal Injury Association (ASIA) Impairment Scale (AIS) score. QoL was assessed by means of the World Health Organization Quality of Life Assessment-BREF (WHOQOL-BREF), Satisfaction with Life Scale (SWLS), Life Satisfaction Questionnaire (LISAT-9), and Personal Well-Being Index (PWI).Results: WHOQOL-BREF and PWI predicted Level of Injury group classification and WHOQOL-BREF predicted Setting group classification. None of the questionnaires differentiated between the Type of Injury groups. At the early post-acute stage of rehabilitation, the QoL scores of participants with tetraplegia and paraplegia did not differ significantly, while significantly higher QoL scores were revealed in paraplegics in the long-term setting group.Conclusions: A direct, unmediated effect of severity of neurological impairment was revealed with the WHOQOL-BREF, which distinguished between the tetraplegia and paraplegia groups, but not between the complete and incomplete injuries. QoL was significantly higher in paraplegia than in tetraplegia following the early post-acute stage of rehabilitation.

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Functional muscle imaging is essential for diagnostics of a multitude of musculoskeletal afflictions such as degenerative muscle diseases, muscle injuries, muscle atrophy, and neurological related issues such as spasticity. However, there is currently no solution, imaging or otherwise, capable of providing a map of active muscles over a large field of view in dynamic scenarios.In this work, we look at the feasibility of applying longitudinal sound speed measurements to the task of dynamic muscle imaging of contraction or activation. We perform the assessment using a deep learning network applied to prebeamformed ultrasound channel data for sound speed inversion.Preliminary results show that dynamic muscle contraction can be detected in the calf and that this contraction can be positively assigned to the operating muscles. Potential frame rates in the hundreds to thousands of frames per second are necessary to accomplish this.

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OBJECTIVES: The objective of the study was to evaluate the safety and tolerance of use of the ReWalk™ exoskeleton ambulation system in people with spinal cord injury. Measures of functional ambulation were also assessed and correlated to neurological spinal cord level, age, and duration since injury. STUDY DESIGN: Case series observational study. SETTING: A national spinal cord injury centre. METHODS: Six volunteer participants were recruited from the follow-up outpatient clinic. Safety was assessed with regard to falls, status of the skin, status of the spine and joints, blood pressure, pulse, and electrocardiography (ECG). Pain and fatigue were graded by the participants using a visual analogue scale pre- and post-training. Participants completed a 10-statement questionnaire regarding safety, comfort, and secondary medical effects. After being able to walk 100 m, timed up and go, distance walked in 6 minutes and 10-m timed walk were measured. RESULTS: There were no adverse safety events. Use of the system was generally well tolerated, with no increase in pain and a moderate level of fatigue after use. Individuals with lower level of spinal cord injury performed walking more efficiently. CONCLUSION: Volunteer participants were able to ambulate with the ReWalk™ for a distance of 100 m, with no adverse effects during the course of an average of 13-14 training sessions. The participants were generally positive regarding the use of the system.

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OBJECTIVE: Erectile dysfunction (ED) following radical prostatectomy is of major concern for both patients and caring physicians. We evaluated the bulbocavernosus reflex latency (BCRL) and amplitude (BCRA) following bilateral nerve-sparing radical retropubic prostatectomy (NS-RRP) to predict the response to sildenafil citrate (SC). METHODS: Patients were recruited in our ED clinic following NS-RRP. Exclusion criteria included preoperative significant ED, neurological disease, and nitrates treatment. Patients were defined as non-responders only after four consecutive unsuccessful trials of 100 mg SC. RESULTS: Twenty patients at least 3 months after surgery were included in this study. Five patients (25%) regained spontaneous erections, although insufficient for vaginal penetration. All of them had normal BCRL and normal BCRA as well as good response to 100 mg SC. Three patients (15%) lacked spontaneous erections and had prolonged BCRL with normal BCRA. This subgroup eventually regained erections using SC. Twelve patients (60%) lacked spontaneous erections and had prolonged BCRL and low BCRA. They failed SC trials and achieved erections using intra-cavernosal injections (ICI) of 10 microg PGE(1). CONCLUSIONS: Neurophysiologic evaluation consisting of BCRL and BCRA was found to be useful in the prediction of the response to SC following bilateral NS-RRP. Patients who do not regain an erection, and have abnormal BCRL and BCRA 6 months after surgery, will probably be SC non-responders and may benefit from ICI. A subset of patients with preserved BCRA and prolonged latencies has been shown to have a better chance to respond to SC.

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BACKGROUND/OBJECTIVE: To report a rare complication of heterotopic ossification of the vocal cords after spinal cord and multiple organ injuries. STUDY DESIGN: Case report. SETTING: Acute rehabilitation in the Department of Neurologic Rehabilitation. RESULTS: A 55-year-old patient sustained spinal cord injury and multitrauma after falling from a height. Approximately 3 months later, after weaning from mechanical ventilation, plugging of the cannula resulted in severe stridor indicating upper airway obstruction. A computed tomography scan showed bilateral vocal cord fixation in a para-median position, with hyperossification of the vocal processes of the arytenoids. Direct laryngoscopy revealed interarytenoid ossification, and sawing through the ossification resulted in remobilization of the vocal cords enabling decannulation. CONCLUSIONS: Heterotopic ossification of the vocal cords was found to be an early complication of acute spinal cord injury and multiple trauma. This rare complication should be considered in the differential diagnosis of patients showing signs of upper airway obstruction.

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BACKGROUND: With the development of computer technology and the high-tech electronic industry over the past 30 years, the technological age is flourishing. New technologies are continually being introduced, and questions regarding the economic viability of these technologies need to be addressed. OBJECTIVES: To identify the medical technologies currently in use in different rehabilitation medicine settings in Israel. METHODS: The TECHNO-R 2005 survey was conducted in two phases. Beginning in 2004, the first survey used a questionnaire with open questions relating to the different technologies in clinical use, including questions on their purpose, who operates the device (technician, physiotherapist, occupational therapist, physician, etc.), and a description of the treated patients. This questionnaire was sent to 31 rehabilitation medicine facilities in Israel. Due to difficulties in comprehension of the term "technology," a second revised standardized questionnaire with closed-ended questions specifying diverse technologies was introduced in 2005. The responder had to mark from a list of 15 different medical technologies which were in use in his or her facility, as well as their purpose, who operates the device, and a description of the treated patients. RESULTS: Transcutaneous electrical nerve stimulation, the TILT bed, continuous passive movement, and therapeutic ultrasound were the most widely used technologies in rehabilitation medicine facilities. Monitoring of the sitting position in the wheelchair, at the bottom of the list, was found to be the least used technology (with 15.4% occurrence). Most of the technologies are used primarily for treatment purposes and to a lesser degree for diagnosis and research. CONCLUSIONS: Our study poses a fundamental semantic and conceptual question regarding what kind of technologies are or should be part of the standard equipment of any accredited rehabilitation medicine facility for assessment, treatment and/or research. For this purpose, additional data are needed.

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OBJECTIVES: To compare 3 cognitive tests, used on admission, for predicting discharge functional outcome and to assess the efficacy of these tests in predicting functional outcome at discharge in stroke patients undergoing rehabilitation. DESIGN: Cohort study. SETTING: Geriatric rehabilitation department of a tertiary care hospital in Israel. PATIENTS: Sixty-six patients undergoing acute inpatient comprehensive rehabilitation after first clinical stroke. INTERVENTIONS: Not applicable. MAIN OUTCOME MEASUREMENTS: Cognitive status was assessed with the Loewenstein Occupational Therapy Cognitive Assessment (LOTCA), the Mini-Mental State Examination (MMSE), and the cognitive subscale of the FIM instrument. The FIM motor subscale was used to assess functional outcome status. Functional gain was determined by the motor FIM gain (efficacy), and the relative (to potential) functional gain was determined by the Montebello Rehabilitation Factor Score. Efficiency was calculated by efficacy divided by the length of hospital stay. RESULTS: A significant increase in total FIM scores (34.8 points) occurred during rehabilitation mainly because of improvement in motor functioning (31.5 points). Significant improvement in global cognitive status was documented by all 3 tests. Intertest correlation coefficients ranged between.47 and.67. The LOTCA showed somewhat higher correlation coefficients with most of the parameters of functional motor outcomes. Correlation between the MMSE and FIM cognitive subscale and these outcome parameters were nearly identical. CONCLUSION: The LOTCA is slightly better than the MMSE and the FIM cognitive subscale in predicting functional status change after stroke rehabilitation but it is a time-consuming and exhausting instrument to use. The FIM cognitive subscale requires a better overall understanding of the patient's situation at time of administration and therefore is less convenient for the initial assessment. The similar correlation of all 3 tests with functional outcomes and the simplicity of administration of the MMSE suggests its use in the initial assessment of stroke patients.

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