Marta Bisio
Papers
4
Total Citations
106
H-Index
3
About
Marta Bisio is a neuroscientist and neural engineer whose research sits at the compelling intersection of neurophysiology, brain-machine interfaces, and closed-loop electrophysiology. Her work focuses on understanding how neuronal assemblies encode and process information, and how these biological networks can be meaningfully integrated with robotic and computational systems to create hybrid neuro-robotic architectures. Bisio's most influential contribution, "Modular Neuronal Assemblies Embodied in a Closed-Loop Environment" (2012, 82 citations), demonstrated a pioneering bidirectional interface between cultured neuronal networks — maintained on Micro Electrode Arrays — and robotic controllers, advancing our understanding of how brain circuits interact dynamically with their environment. This foundational work has shaped subsequent research in neuroprosthetics and embodied neural computation. Complementing this, her reviews on closed-loop electrophysiology (2018, 2019) synthesize the field's trajectory from basic neuroscience to clinical neurorehabilitation applications, establishing her as a thoughtful synthesizer of emerging methodologies. Her 2013 study on coding and decoding within embodied neuronal assemblies further cemented her expertise in neural signal interpretation. Collectively, Bisio's contributions offer vital frameworks for researchers working toward next-generation brain-machine interfaces and therapeutic neurotechnologies.
Research Focus
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Top Papers
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