EMG Analysis in ABI: Motor Imagery and Action

This study investigates muscle activation in the upper limbs of stroke survivors using electromyographic analysis during Motor Imagery (MI) and Action Observation (AO). Stroke, a major cause of disability, often results in motor impairments in the upper limb, impacting daily activities. The research focuses on innovative rehabilitation techniques based on neuroplasticity, such as MI and AO, stimulated by the discovery of mirror neurons.

The primary goal is to record upper limb muscle activation during MI and AO, using surface electromyography to measure activation in wrist and finger flexors and extensors. The study will also explore the relationship between electromyographic responses and factors like daily activity independence, limb functionality, quality of life, mental evocation ability, and cognitive impairment.

Conducted at the University of Salamanca, the study will recruit stroke survivors for a three-session experimental protocol involving control, MI, and AO conditions. Data will be analyzed with SPSS Statistics, ensuring anonymity and ethical compliance. The research aims to enhance understanding of effective neurorehabilitation techniques, contributing to the fields of occupational therapy and physiotherapy.

Inclusion criteria

• Being over 18 years of age
• Diagnoses of established stroke
• Present limitations or motor response deficiencies in the upper limb
• Maintain cognitive functions with the ability to follow the instructions of the interventions and evaluations (MOCA>14)

Exclusion criteria

• Diagnosed with mental illness before the stroke
• Other systemic conditions on the central nervous system
• Cardiorespiratory system pathologies in severe cases
• Acute period, fever, muscle inflammation or myopathies
• Any type of vascular and organic insufficiency
• Liver disease or skin lesions in the area of application of the electrodes.