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Keita Ito chairs the research group of Orthopaedic Biomechanics, integrating engineering and biology to enhance the understanding of biomechanical functions in musculoskeletal tissues and their adaptive and developmental physiological characteristics. His research primarily focuses on four key musculoskeletal tissues: bone, articular cartilage, intervertebral discs, and tendons/ligaments. He leads the investigation into intervertebral discs, addressing degenerative disc disease, a common ailment linked to back and neck pain that causes significant disability among working-age individuals. His research aims to uncover the fundamental mechanisms behind disc degeneration and to devise long-term, functional treatment solutions. Ito's strategy incorporates examining nutrition deficiencies, the effects of mechanical loading, and mechanotransduction mechanisms that contribute to cellular degeneration. He employs a combination of numerical simulations and physical experimental setups in controlled bioreactor environments to explore tissue engineering strategies for disc regeneration. His innovative work is aimed at bioengineering smart biomimetic materials that can assist tissues in healing through responsive cues.
Eindhoven University of Technology • Eindhoven, Netherlands
Leading research in Orthopaedic Biomechanics, focusing on regenerative treatment strategies for musculoskeletal issues.
University Medical Center Utrecht • Utrecht, Netherlands
Collaboration with TU/e in Mechanobiology and Orthopaedic Regenerative Medicine.
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