Martin Hoerenz

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About

Martin Hoerenz’s research career is defined by a fascinating duality: pioneering work in robotics and groundbreaking contributions to bioinorganic chemistry. In robotics, Hoerenz is best known for the design of the hybrid wheeled-legged robot “WheeHy” (2010), a novel platform that seamlessly transitions between rolling and walking locomotion, demonstrating early thinking in versatile, adaptive mobile systems. However, Hoerenz’s most impactful contributions lie in the molecular realm. His landmark study on Ni(II)•Xaa-Gly-His metallopeptides revealed how these complexes selectively bind to the minor groove of A/T-rich DNA regions, with binding affinity and chirality dictated by the amino acid composition. Using molecular dynamics simulations, Hoerenz elucidated the most likely binding orientations of Ni(II)•Gly-Gly, providing a structural basis for designing sequence-specific DNA-targeting agents. While his robotics work has garnered modest attention (3 citations), his metallopeptide research has been widely cited, reflecting its significance in bioinorganic chemistry and drug design. Hoerenz’s career exemplifies how a researcher can bridge engineering and molecular science, leaving a distinct mark on both fields.