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Difference between revisions of "Microprobes Microwire Brush Array"
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Landonodnal (talk | contribs) (Created page with "Category:Hardware "The Microwire Brush Array MBA was developed in cooperation with Dr. David Leopold’s Laboratory at the National Institutes of Health. The design conc...") |
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[[Category:Hardware]] | [[Category:Hardware]] | ||
"The Microwire Brush Array MBA was developed in cooperation with Dr. David Leopold’s Laboratory at the National Institutes of Health. The design concept, which features a large number of microwires tightly bundled within a single Microfil tube, provides a unique approach for recording and/or stimulating small neural pools below the cortical surface. The Microwires are designed to separate and splay out as they are implanted." | "The Microwire Brush Array MBA was developed in cooperation with Dr. David Leopold’s Laboratory at the National Institutes of Health. The design concept, which features a large number of microwires tightly bundled within a single Microfil tube, provides a unique approach for recording and/or stimulating small neural pools below the cortical surface. The Microwires are designed to separate and splay out as they are implanted." | ||
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| + | ==Organizations== | ||
| + | *[[MicroProbes|MicroProbes]] | ||
==Links== | ==Links== | ||
[https://www.microprobes.com/products/multichannel-arrays/mba Website] | [https://www.microprobes.com/products/multichannel-arrays/mba Website] | ||
Latest revision as of 18:20, 15 January 2023
"The Microwire Brush Array MBA was developed in cooperation with Dr. David Leopold’s Laboratory at the National Institutes of Health. The design concept, which features a large number of microwires tightly bundled within a single Microfil tube, provides a unique approach for recording and/or stimulating small neural pools below the cortical surface. The Microwires are designed to separate and splay out as they are implanted."