View clinical trials related to Spinal Cord Injuries.
Filter by:16 persons affected by Cervical-SCI were recruited for the study and randomly assigned to the Control Group (CG) or to the Experimental Group (EG). Persons of the CG (n = 8) executed 20 sessions of FES for the rehabilitation of hand functions (grasp or pinch), participants of the EG (n = 8) performed 20 sessions of FES and CBA in addition. The primary assessment was a modified version of Bimanual Activity Test (10 tasks); also, SCIM-II and measurement of grasping strength only in participants submitted to grasp rehabilitation were evaluated.
There exist a variety of outcome measures to asses gait function in individuals with a spinal cord injury (SCI). The most established measures are the 10-meter walk test (10MWT) and the 6-minute walk test (6mWT). They are used to assess treatment efficacy and recovery of gait function in individuals with SCI. However, the 10MWT is appropriate for poor walkers but not sensitive in good walkers and the 6mWT can be time-consuming and is very demanding for severely impaired patients. Therefore the 2-minute walk test (2mWT) has gained more attention in the SCI field. The 2mWT has been established in numerous neurological diseases and has shown to correlate with the 6mWT in patients with neuromuscular disease, multiple sclerosis and stroke. Though the 2mWT has not yet been validated in individuals with SCI. A limitation that affects all timed walking tests is that they suffer from limited information about gait quality (i.e. how walking function is achieved). Being able to receive information on the gait quality of a patient can help to understand the underlying mechanisms of walking improvements after an intervention (e.g. compensation vs recovery). The research in the field of inertia measuring units (IMU) develops and advances very rapidly at the moment resulting in the possibility to perform a gait analysis with a simple IMU setup. However, the reliability of such measurement setups has not yet been shown in individuals with SCI. The primary aim of this study is to test the validity and reliability of the 2mWT in the SCI population. Additionally, it will be investigated if a simple sensor setup can give additional reliable information about the gait pattern of individuals with SCI.
This study compared pre-fabricated and custom resting hand splints among people who were in inpatient rehabilitation after a cervical spinal cord injury.
Cervicocranial flexion exercise (CCFE) and superficial neck flexor endurance training have been widely implemented in clinical practice for curing chronic neck pain. By means of CCFE, the muscle balance between deep neck flexor and superficial flexor would be optimal during neck movement. In other words, the superficial neck flexor( scalenes, SCM, and trapezius) would not overactive and the fatigue threshold might increase. Superficial neck flexor endurance training is proved to be efficient in reducing superficial cervical flexor muscle fatigue as well as increasing cervical flexion strength. Reasonably, Cervicocranial flexion exercise (CCFE) and superficial neck flexor endurance training are also beneficial to pulmonary function due to training the respiratory accessory muscle (scalens and SCM). Hence this article hypothesizes that Cervicocranial flexion exercise (CCFE) and superficial neck flexor endurance training combined with common pulmonary rehabilitation will manifest better outcomes (pulmonary function, dyspnea situation, pain and stiffness level of neck) than pulmonary rehabilitation only.
Secondary tethered cord syndrome (STCS) has been diagnosed with signs of progressive deterioration in urological or neuroorthopedic systems following primary tethering surgery. However, there is no convincing urological diagnostic clue for STCS.
Manual wheelchairs allow individuals with spinal cord injuries (SCI) to safely and effectively access their environment. However, continual exposure to whole body vibration (WBV) is one of many contributing factors to neck pain, back pain, and fatigue in wheelchair users with SCI. Vibration-reducing in-wheel suspension has the potential to mitigate issues associated with long-term manual wheelchair propulsion. Evidence is lacking on how well these systems work for reducing harmful shock and vibration, pain and fatigue. The purpose of this study is to examine how these wheels change the vibration levels manual wheelchair users are exposed to and how they impact pain and fatigue.
Document and evaluate the impact of societal restrictions due to the pandemic on SCI- and ABI-related disability and functional impairments, and the resultant effects on psychological wellbeing, physical wellbeing and quality of life for those with SCI/ABI.
Persons with spinal cord injury (PwSCI) are at a greater risk for major health conditions and poorer health outcomes than persons without spinal cord injury (SCI). They often experience a great deal of health needs both on a physiological level as well as a psychosocial level. PwSCI frequently require supports and services to be able to live independently within the community. These services and supports are sometimes difficult to access within the community when the country is operating under regular capacity, in current times with the global COVID-19 pandemic, the challenges for obtaining and accessing supports and services will become much greater. The proposed project aims to identify the specific needs during this time of crisis and to provide referrals and resources to ameliorate those needs by surveying PwSCI in the St. Louis region. The project also hopes to determine if these persons experience isolation during shelter at home orders. PwSCI, who the investigators serve or have served in the past, will be contacted via phone or e-mail once a month for six months and asked to complete a questionnaire that will allow the investigators to track the participant's needs during the COVID-19 pandemic.
During the current COVID-19 pandemic many spinal cord injury (SCI) rehabilitation services are limited to emergency management, leaving those living in the community without access to services. Unfortunately, this can lead to negative effects including increase in emotional distress, feelings of isolation, and decreased activity engagement. Due to their limited mobility and greater likelihood of respiratory illness it is imperative to provide alternative forms of activity engagement to reduce their risk for secondary complications. Physical activity has been demonstrate to have numerous benefits for individuals with SCI ranging from enhanced health through prevention of secondary complications to improved subjective well-being. The current study proposes to provide an online physical activity program through web-based videoconferencing to person with SCI to improve overall wellbeing and activity engagement. The program will consist of six weeks of twice-weekly, 45-minute sessions in which an experienced fitness instructor (i.e., wheelchair aerobics) with lived experience and a Kinesiology graduate student will lead online sessions. The sessions will be comprised of a 10-minute warm-up phase, a 25-minute aerobic phase and a 10-minute cool-down phase that will incorporate upper-extremity flexibility exercises and guided meditation. In all cases, remote (i.e., in-home) participant monitoring of physiological signals will be conducted by the instructor to ensure safety of participants. Once the program has been completed, participants will be asked to complete self-report questionnaires related to acceptability, feasibility, and limited effectiveness. Participants will also be asked to complete a brief semi-structured interview examining barriers and facilitators of the program. Participant feedback from the interviews will be used to further develop of the program to meet the needs of the population and develop sustainable approaches for access to care in the community setting through collaborations with community partners (SCI Ontario, National SCI Alliance, Ontario Neurotrauma Foundation). Ultimately, the proposed project aims to improve overall wellbeing and access to health care service for those with SCI during the COVID-19 quarantine.
Patients with spinal cord injury have a high prevalence of osteoporosis due to chronic skeletal unloading. Recently, various treatment drugs for osteoporosis have been developed. In particular, romosozumab, a sclerostin inhibitor, has been reported to have a high therapeutic effect as an inhibitor of bone resorption while promoting bone formation. However, there are a few research concerning sclerostin of spinal cord injuries patients. Therefore we want to analyze the change of sclerostin as well as factors indicating bone formation and absorption marker in spinal cord injury patient.