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Neuropixels case for chronic recordings in freely moving mice.
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ChronicNeuropixels_protocol.pdf
Figure 1 Probe Schematic-01.png
LICENSE
Neuropixel 2019.SLDPRT
README.md
Stereotax adaptor v4.ipt
Stereotax adaptor v4.stp
_config.yml
biorxiv_assemblyAnimation.gif
biorxiv_ec.SLDPRT
biorxiv_ec.STL
biorxiv_im.SLDPRT
biorxiv_im.STL
biorxiv_im_withWings.SLDPRT
biorxiv_im_withWings.STL
biorxiv_sa.SLDPRT
im_neuropixel 1_0.SLDPRT
im_neuropixel 1_0.STL
neuropixel 1_0 and im.SLDASM

README.md

This code is associated with the paper from Juavinett et al., "Chronically implanted Neuropixels probes enable high-yield recordings in freely moving mice". eLife, 2019. http://dx.doi.org/10.7554/eLife.47188

Neuropixels AMIE implant for chronic recordings in freely moving mice

(https://www.biorxiv.org/content/early/2018/09/05/406074)

alt text

The Neuropixel AMIE allows for chronic implantation and re-use of Neuropixels probes and recordings in freely moving mice. There are three parts to the design: the internal mount, the external casing, and a stereotax adapter. All files are designed in Solidworks (https://www.solidworks.com/). STL files are included for 3D printing.

3D Printing The internal mount (IM) and external casing (EC) can be printed at Shapeways: https://www.shapeways.com/

Machining The stereotax adapter (SA) is machined from alumnium. We recommend machining the SA through protolabs: https://www.protolabs.com/

Feel free to contact us if you have any questions:

Ashley Juavinett: ashleyjuavinett@gmail.com George Bekheet: gbekheet@gmail.com Anne Churchland: churchland@cshl.edu

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