Patrick Daniel Ganzer

This paper proposes a neuromodulation system using a conductive ring interface that generates a highly localized electric field with minimal magnetic field requirements.

This study identifies a reproducible, temporally structured multimodal sympathetic nervous system startle response in humans, with potential diagnostic utility.

This study shows that cervical SCI in rats impairs aerobic fitness, muscle endurance, and cardiovascular function through various stress tests.

The paper examines neural dynamics in human primary motor cortex during brain-machine-interface mediated actions, showing that M1 encodes the onset of subjective intention.

This study demonstrates that residual sensory signals from a paralyzed hand can be decoded from the motor cortex and used to enhance sensorimotor function via a closed-loop brain-computer interface.