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About

Leila Alizadehsaravi’s research focuses on the neural and biomechanical mechanisms of balance control, particularly how aging affects the body’s ability to prevent falls. Her work integrates neurophysiology and motor control to understand how the nervous system adapts to unstable surfaces and unexpected perturbations. A key contribution is her demonstration that balance training in older adults significantly enhances feedback control—the rapid, corrective responses after a loss of balance—rather than just improving static stability. Her most cited paper (23 citations) revealed that older adults exhibit altered soleus muscle H-reflexes and increased ankle muscle co-contraction when balancing on compliant surfaces, highlighting age-related changes in spinal reflex modulation. Her subsequent studies (8 and 5 citations) provided compelling evidence that targeted balance training can improve these feedback mechanisms, offering a clear, evidence-based pathway for fall prevention. Alizadehsaravi’s work bridges fundamental neuroscience and practical rehabilitation, establishing her as a leading voice in aging and motor control. Her findings are essential for clinicians and researchers developing interventions to maintain mobility and independence in older populations.