Introduction: Neuromechanics is the field of study that combines neuroscience and biomechanics in an effort to understand movement and its relationship with the brain. Neuromechanics is an area that attempts to combine the efforts of muscles, sensory organs, pattern generators in the brain, and the central nervous system itself to explain motion1. Present research formed to assess the relation between Delta, Theta, Alpha, Beta and Gamma Brain Waves Amplitudes with static balance activity in eyes closed form.
Methodology: 16 women was selected (40±5 years). All of the subjects were healthy and right handed. The subjects were assessed by QEEG method in 10-20 system in parietal, temporal, frontal and occipital areas (1 to 55 Hz band waves) in eyes closed condition for 3 minutes. The static balance of subjects was assessed by a modified form of Romberg Balance Test in eyes closed condition.
Results: Pearson correlation was used to determine the any relationships between data. Results showed the longevity of static balance time has significant correlation with Delta waves amplitudes in left temporal region (p=0.01) ،(r=0.81) and right temporal region (p=0.01) ،(r=0.75).
Discussion: The research showed that Delta waves amplitude in temporal cortex in eyes closed condition may be directly related to static balance in eyes closed condition.