Chihiro Yokoyama

Nara Women's University, Tokyo University of Science

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About

Chihiro Yokoyama is a neuroscientist whose research bridges the frontiers of comparative neuroanatomy and precision brain mapping. Her key contributions center on understanding anatomical variability across species, with a particular focus on the marmoset brain—a critical model for systems neuroscience. In her highly cited 2022 work, Yokoyama demonstrated that traditional single-subject stereotactic atlases are insufficient for accurate targeting, revealing how individual anatomical differences demand multi-modal coordinate systems for reliable experimental outcomes. This work, garnering 21 citations, provides a foundational framework for improving reproducibility in non-human primate research. Earlier in her career, Yokoyama explored the intersection of robotics and distributed control systems, developing a novel framework for multi-robot cooperation using mobile software agents in three-dimensional environments. This interdisciplinary background—spanning from computational robotics to high-precision neuroanatomy—reflects her unique ability to integrate engineering principles with biological complexity. Her research is essential reading for anyone working on brain atlas construction, stereotactic targeting, or cross-species translational neuroscience.