Motor Planning, Execution, and Modulation in Healthy Individuals and Patients With Movement Disorders or Neuromuscular Diseases Using Traditional Physical Activity or Advanced Devices to Enhance Motor Learning and Sensorimotor Processing
Motor Planning, Execution, and Modulation in Healthy Individuals and Patients With Movement Disorders or Neuromuscular Diseases Using Traditional Physical Activity or Advanced Devices to Enhance Motor Learning and Sensorimotor Processing
The goal of this clinical trial is to investigate motor responses in healthy subjects and patients with movement disorders, brain and spinal cord injury, neuromuscular diseases, or cardiovascular diseases.
This study aims to evaluate the effectiveness of traditional physical activities combined with innovative interventions such as cryotherapy, ultrasound therapy, laser therapy, transcranial magnetic stimulation (TMS), and transcranial direct current stimulation (tDCS). It will also assess the impact of proprioceptive stimuli provided by either the immersive virtual reality (CAREN), or visuo-cognitive-motor enhancement (S.V.T.A.), and music therapy.
The main questions it aims to answer are:
How do these interventions affect motor activities and their functional recovery? What are the temporal and spatial changes in activation sequences related to motor learning and maintenance? When there is a comparison group: Researchers will compare outcomes between different intervention arms (e.g., physical activity with advanced devices vs. traditional methods) to find out if the advanced interventions result in better motor control and functional recovery.
Participants will:
Objectives
Primary Objectives Investigating Motor Gesture Control: Study the sensory-motor structures and their connectivity in healthy participants and patients with neurological, cardiovascular, or neuromuscular conditions. This includes analyzing responses to advanced interventions such as transcranial magnetic stimulation (TMS), transcranial direct current stimulation (tDCS), and the CAREN (Computer Assisted Rehabilitation Environment) system.
Understanding Central Control Mechanisms: Assess spatial and temporal changes in brain activity during motor training and recovery processes, leveraging advanced neuroimaging techniques (e.g., fMRI, dtMRI, NIRS).
Secondary Objectives Postural Disorder Prevention: Develop strategies to enhance postural stability and prevent related disorders, improving sports performance and the quality of life in patients with neurodegenerative conditions.
Integration of Imaging and Psychometric Data: Employ multimodal data to uncover brain function patterns and inform rehabilitation strategies, contributing to personalized recovery protocols and optimized training methods.
Methodology Study Design
This is an interventional study aimed at evaluating the metabolic, functional, and neurophysiological aspects of motor responses in participants subjected to intensive physical and cognitive training. By combining traditional therapies with innovative technologies (e.g., CAREN, tDCS, TMS), the study will explore:
Central nervous system activation and connectivity. Temporal and spatial dynamics of motor learning and maintenance. The role of proprioceptive, visual, and auditory inputs in motor coordination.
Phases of Study Phase 1: Recruitment and Baseline Assessments Participants will be recruited through direct communication and provided with detailed study information.
Baseline evaluations will include:
Clinical and medical-sports assessment. Neuropsychological evaluation (e.g., MoCA, TMT, Stroop Test). Postural and gait analysis. Baseline imaging (MRI, EEG). Phase 2: Intervention and Data Collection
Participants will undergo structured interventions:
Physiotherapy sessions combined with neuromodulation techniques. Training on the CAREN system to assess and improve motor and postural functions.
Use of advanced devices for electromyographic data collection, oxygen consumption measurements, and 3D gait analysis.
Imaging and functional assessments will be repeated post-intervention.
Phase 3: Data Analysis and Dissemination Collected data will be anonymized, processed using advanced imaging and statistical algorithms, and analyzed for correlations between training responses and functional recovery.
Results will be published in high-impact international journals. Technologies and Assessments
Neuroimaging Techniques:
Functional and structural MRI (including T1-weighted, T2-weighted, and DTI sequences).
Analysis of mean diffusivity and fractional anisotropy to evaluate white matter integrity.
NIRS to assess cortical hemodynamics during tasks.
Neurophysiological Tools:
EEG and ECG to monitor the electrical activity of the brain and heart. Surface electromyography (EMG) to evaluate muscle activation patterns.
Advanced Rehabilitation Devices:
CAREN system: A virtual environment platform for motor and postural rehabilitation.
Alter-G/Gait Trainer 3 for assisted gait training. FLIR system for thermal imaging of muscular activity.
Neuropsychological Assessments:
Comprehensive cognitive evaluation, including MoCA, TMT, Stroop, and PASAT. Auditory anamnesis and visuomotor training (e.g., S.V.T.A.).
Population The study aims to recruit 150 participants, including healthy individuals and patients aged 18-60 years with neurological conditions (stroke, dementia, Parkinson's Disease, Multiple Sclerosis, Spinal Cord Injury). Detailed inclusion and exclusion criteria ensure the selection of suitable candidates.
Ethical and Administrative Aspects All participants will provide informed consent per ethical guidelines (Declaration of Helsinki and GDPR compliance).
The relevant Ethics Committee approves the study, with no additional costs or compensations.
Results will be transparently reported, adhering to international research standards.
Inclusion Criteria:
Exclusion Criteria: