Oxford University
Oxford, United Kingdom
Location status: Recruiting
NCT Number: NCT07578454
Spinal muscular atrophy is a genetic disorder characterized by progressive muscle weakness, severely impacting patients' motor abilities. Several disease modifying therapies have been developed to treat Spinal muscular atrophy which have led to new disease trajectories . According to standard of care guidelines, exercise programs should be designed and monitored by a physical therapist and should include exercises to improve daily life activities. Exercises should be adapted to each patient and can be prescribed with an optimal frequency in various ways. However, of patients with Spinal muscular atrophy, only 20% reported access to endurance exercises and only 6% to mixed exercises. This incompliance to standard of care guidelines is due to manpower limitation and difficulties in engaging with young and sometimes highly disabled children. Our group has been pioneering in developing the UK at-home individualised rehabilitation program. To address this challenge, the Investigators propose the development of an innovative, virtual targeted rehabilitation platform specifically designed for young patients with Spinal muscular atrophy. This technology aims to provide a patient-centric, at-home rehabilitation solution, enabling parents/caregivers to facilitate daily exercises in a more accessible and enjoyable manner. This technology would constitute the first of its kind in Spinal muscular atrophy field, involving the integration of augmented electromyography signals and soft robotic haptic devices into a gamified virtual reality environment. By increasing the frequency and quality of exercise interventions at home, this technology has the potential to significantly address the critical unmet need for consistent rehabilitation. This technology will also serve as a clinical outcome measure for continuous home-based assessments of weaker and less functional population in place of hospital-based assessments.
Interested in participating?
Request Info6 year–18 year
All sexes
Interventional
Not applicable
Oxford, United Kingdom
Location status: Recruiting
Spinal muscular atrophy is a genetic disorder where muscles progressively weaken, severely impacting patients' motor abilities eg sitting or walking etc.
Several disease modifying therapies have been developed to treat Spinal muscular atrophy which have led to new disease pathways. For example, previously patients who could not sit can now sit but still not walk. According to standard of care guidelines, exercise programs should be designed and monitored by a physical therapist and should include exercises to improve daily life activities. Exercises should be adapted to each patient and can be prescribed with an optimal frequency in various ways. However in a recent survey, of patients with Spinal muscular atrophy, only 20% report access to endurance exercises and only 6% report mixed exercises. This is due to manpower limitation and difficulties in engaging with young and sometimes highly disabled children.
To address this, the investigators propose the development of an innovative, virtual targeted rehabilitation platform specifically designed for young patients with Spinal muscular atrophy. This technology aims to provide a patient-centric, at-home rehabilitation solution, enabling caregivers to facilitate daily exercises in a more accessible and enjoyable manner. This technology would involve the integration of augmented electromyography signals and soft robotic haptic devices into a game controlled by exercise/movement for children. By increasing the frequency and quality of exercise interventions at home, this technology has the potential to significantly address the critically unmet need for consistent rehabilitation and decrease the burden of hospital-based assessments.
This is a proof of concept study to assess patients with Spinal muscular atrophy desire to use the equipment and the potential benefit this can bring to patients by surveying Spinal muscular atrophy patients about technology and exercise and testing the current equipment in a lab setting.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Cohort 1 Inclusion Criteria:
Caregiver/ Legal Guardian
Exclusion criteria
No exclusion criteria for Cohort 1, other than meeting the inclusion criteria
Cohort 2 Inclusion Criteria:
Participant with SMA aged 6-10 years
Participant with SMA aged 11-15 years
Participant with SMA aged 16-18 years
Exclusion criteria
Any acute or chronic condition which, according to the investigator, significantly interferes with the use of the device (example: Upper limbs injuries interfering with technology, skin conditions preventing the use of electrodes, etc)
The VRehab SMA device includes:
Time frame: At the end of 3 months (+ extension if needed) or completion of 120 surveys in total
Responses to survey
Time frame: through study completion an average of 6 months
Number of patients who rate the device as relevant. Each participant will be asked to rate:
a. The perceived impact of VRehab SMA device on motor skills using the approved Relevance questionnaire
Time frame: through study completion an average of 6 months
Satisfaction/experience questionnaire. Each participant will be asked to rate:
Time frame: through study completion an average of 6 months
a, Revised upper limb module (RULM): Total score and range of motion as measured by motion capture cameras at V1 and compared with range of motion captured during the use of VRehab SMA device
Time frame: through study completion an average of 6 months
Myogrip: measured strength value and compare with strength captured during the use of VRehab SMA device
Time frame: through study completion an average of 6 months
A Comparison of the pattern and range of maximum grip strength (maximum voluntary contraction (MVC) between the first few visit trials and last few visit trials
Contact information is provided by the study sponsor or research team.
Charlotte Lilien, Doctor
CONTACT
Laurent Sevais, Professor
CONTACT
University of Oxford
Other
Virtual Targeted Rehabilitation for Patients With Spinal Muscular Atrophy: Phase 1.2: Proof-of-concept
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View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
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