Papers
2
Total Citations
68
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2
About
Keith R. Dona is a leading researcher in neural engineering, with a primary focus on the safety and long-term viability of intracortical microelectrodes for Brain-Computer Interfaces (BCIs). His work critically examines the biological trade-offs of implantable neural devices, particularly the fine motor deficits that can arise from microelectrode implantation in the motor cortex. Dona’s seminal 2017 paper, which has garnered 59 citations, provides essential evidence that even successful BCI implants may cause subtle but significant functional impairments, raising crucial considerations for human augmentation and clinical deployment. He further refines these findings in his 2018 work, establishing robust rodent behavioral testing protocols to quantify such deficits. By highlighting the gap between technological promise and biological reality, Dona’s research has informed the design of safer neural interfaces, influencing both federal and industrial investment in the field. His contributions are vital for students and researchers developing next-generation BCIs that prioritize both performance and neural health.
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