I expected this would take a few more years, I have no words to describe how excited I am about this news. Drosophila's 135.000 neurons... compare it to the manual segmentation of C. elegans' nervous system taking about 15 years (in the eighties).
"The primary result presented here is an automated segmentation of neuronal processes densely covering the entire FAFB dataset, which contains 40 teravoxels of tissue within a 995x537x283 µm EM volume resulting from a correlation- and feature-based deformable alignment of ~21 million raw ssTEM camera images."
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I expected this would take a few more years, I have no words to describe how excited I am about this news. Drosophila's 135.000 neurons... compare it to the manual segmentation of C. elegans' nervous system taking about 15 years (in the eighties).
Here is an interesting view of the (segmented) brain: https://imgur.com/a/VGxvDJV
"The primary result presented here is an automated segmentation of neuronal processes densely covering the entire FAFB dataset, which contains 40 teravoxels of tissue within a 995x537x283 µm EM volume resulting from a correlation- and feature-based deformable alignment of ~21 million raw ssTEM camera images."