Ermyntrude Adjei

Papers

Total Citations

H-Index

About

Dr. Ermyntrude Adjei is a leading biomechanics researcher whose work centers on the neural and mechanical control of human balance, with a particular focus on the ankle joint. Her major contributions lie in quantifying and modeling ankle stiffness during upright standing, revealing how the body modulates stability in response to environmental demands. In her seminal 2020 paper, "Sex Differences in Human Ankle Stiffness During Standing Balance" (18 citations), Dr. Adjei pioneered the use of a dual-axis robotic platform to demonstrate that females exhibit significantly lower ankle stiffness than males, a finding with profound implications for understanding sex-specific injury risks and rehabilitation strategies. Her companion study, "Quantification and Modeling of Ankle Stiffness During Standing Balance" (17 citations), established the reliability of linear stiffness models while uncovering that stiffness is not a fixed property but is dynamically modulated based on task constraints. Together, these works have reshaped our understanding of postural control, providing a robust framework for designing personalized fall-prevention interventions and robotic assistive devices. Dr. Adjei’s innovative use of robotic perturbation technology marks her as a rising star in the field, bridging engineering and clinical science to unlock the secrets of human balance.