Tomomichi Oya

The paper investigates neuronal activity in primary somatosensory cortex during action observation and execution, finding hierarchical modulation patterns across cortical areas.

This study investigates CNS adaptation to long-term musculoskeletal changes in non-human primates, revealing a two-phase adaptation process with distinct time constants.

The paper shows that visual information propagates as a heterogeneous mixture of stochastic neural population signals across brain-wide regions in monkeys.

This study investigates the functional differences between direct corticomotoneuronal and indirect corticospinal pathways in primate hand movement control during a precision grip task.

The paper shows that during voluntary movement, sensory signals are attenuated in the primate cuneate nucleus, suggesting it plays a role in modulating somatosensory transmission.

The paper introduces Myomatrix arrays, a high-resolution electrode technology for recording muscle activity from motor units across species during natural behaviors.

This study compares neural population dynamics for continuous and categorical task parameters using state-space analysis and optimal-stimulus paradigms in visual recognition tasks.

The paper investigates distinct neural circuits for dynamic and static control of primate precision grip through coherence analysis between spinal cord, motor cortex, and EMG signals.