Electron micrograph of of spiny dendrites from medium spiny neurons in a dopamine transporter knock out mouse using diolistic labeling, imaged using ultra high voltage electron microscopy.
Full resolution image description
Tar file containing the the IMOD .hdr/.img files for the of the electron tomograph (tg6dkg14a_an_sub.hdr/.img)
Volume_dimension
2689, 4006, 500
Animation description
Animation of aligned electron microscopic tilt series of a spiny dendrite from medium spiny neurons in a dopamine transporter knock out mouse using diolistic labeling, imaged using ultra high voltage electron microscopy. Tilt series was obtained at 2 degree increments through +/- 66 degrees of tilt. Note: contrast has been reversed so that labeled dendrite appears bright and unstained tissue appears dark.
Electron micrograph of a spiny dendrite from medium spiny neurons in a dopamine transporter knock out mouse using diolistic labeling, imaged using ultra high voltage electron microscopy.
Full resolution image description
Tar file containing IMOD files (tg6dkg14a.com/.log/.st/.preali/.fid/.rawtlt) used for the alignment and the original tiff images (in the TIFF folder in the format tg6dkg14a000.tif.gz)
Animation description
Animation of aligned electron microscopic tilt series of a spiny dendrite from medium spiny neurons in a dopamine transporter knock out mouse using diolistic labeling, imaged using ultra high voltage electron microscopy. Tilt series was obtained at 2 degree increments through +/-66 degrees of tilt.
Tar file containing Xvoxtrace files (tg6dkg14a.trace and viewdata), Synu files (shaft.synu, Spine_01.synu, Spine_02.synu, etc.) and the Analyze volume (tg6dkg14a_res2.img/.hdr) for the segmentation. Also includes the image map file in tiff format (tg6dkg14a.imagemap.tiff).