CAREER: Advanced Implantable Interface for Chronic Chemical and Electrophysiological Monit — NSF Award to Louisiana Tech Universit
Neural communication relies on both chemical and electrical signals, with neurotransmitters acting across multiple timescales to regulate brain function. To fully understand this complexity, we need implantable devices capable of simultaneously monitoring multiple types of brain signals over extended periods. Although
| Award title | CAREER: Advanced Implantable Interface for Chronic Chemical and Electrophysiological Monit |
|---|---|
| Award ID | 2443918 |
| Awardee | Louisiana Tech University |
| City | RUSTON |
| State | LA |
| Amount obligated | $560,458 |
| Principal investigator | Elisa Castagnola |
| Program | CSCS: Circuits and Systems for |
| Start date | 10/01/2025 |
| Abstract | Neural communication relies on both chemical and electrical signals, with neurotransmitters acting across multiple timescales to regulate brain function. To fully understand this complexity, we need implantable devices capable of simultaneously monitoring multiple types of brain signals over extended periods. Although significant progress has been made, current technologies still lack reliable, long-term, multimodal detection capabilities. This CAREER project aims to develop a transformative neu |
| Source | NSF Awards |
$799/mo
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