Controlled Study of Upper and Lower Limb Movements in Patients Patients with Pathologies That Have an Impact on Ambulation or Motor Function to Validate Signal Analysis Algorithms for Wearable Devices Using Magneto-inertial Technology

Laurent Servais1 site in 1 country200 target enrollmentAugust 24, 2022

ConditionsNeuromuscular Diseases

Overview

Phase: Not Applicable
Intervention: Not specified
Conditions: Neuromuscular Diseases
Sponsor: Laurent Servais
Enrollment: 200
Locations: 1
Primary Endpoint: step length and distance
Status: Recruiting
Last Updated: last year

Overview Investigators Eligibility Criteria Outcomes Sites Similar Trials

Overview

Brief Summary

The main aim of the study is to validate the algorithms developed to analyze the signals from the various sensors contained in the magneto-inertial control units and reconstruct upper and lower limb movements under different normal and pathological conditions.

Registry

clinicaltrials.gov

Start Date

August 24, 2022

End Date

August 2028

Last Updated

last year

Study Type

Interventional

Study Design

Single Group

Sex

All

Investigators

Sponsor

Laurent Servais

Responsible Party

Sponsor Investigator

Principal Investigator

Laurent Servais

Professor Laurent Servais

Centre Hospitalier Universitaire de Liege

Eligibility Criteria

Inclusion Criteria

•Subjects over 2 years old
•Male or female
•Control subjects with no pathologies that have an impact on ambulation or motor function.
•Signed informed consent and, in the case of minors, informed consent signed by the person with parental authority/guardian

Exclusion Criteria

•Any other previous or present pathology having an impact on current motor or balance function
•Recent surgery or trauma to upper or lower limbs, or major surgery or trauma within 6 months of inclusion.
•For control subjects, athlete of at least national level.
•Pregnant or breast-feeding women

Outcomes

Primary Outcomes

step length and distance

Time Frame: 36 months

Validate the algorithms developed to analyze the signals from the various sensors contained in magneto-inertial control units and reconstruct upper and lower limb movements.