EM data acquisition: J. Kornfeld
Alignment: J. Kornfeld & A. Pope (V. Jain's team, Google Research)
SyConn processing: P. Schubert, A. Rother, H. Ahmad, J. Kornfeld
Cell & ultrastructure segmentation: M. Januszewski (V. Jain's team, Google Research)
EM data acquisition: J. Kornfeld
Alignment: J. Kornfeld & A. Pope (V. Jain's team, Google Research)
SyConn processing: P. Schubert, J. Kornfeld, S. Dorkenwald
Cell & ultrastructure segmentation: M. Januszewski (V. Jain's team, Google Research), S. Dorkenwald, P. Schubert
Please note that neuron reconstructions, synapse predictions, and cell-type classifications are best‑effort. We welcome feedback if you think you have discovered a systematic issue that deserves more attention. We are also working on a downloadable version of the data for offline analysis.
The currently available datasets, j0251 (256 × 256 × 384 µm) and j0126 (96 × 98 × 114 µm), were acquired from adult male zebra finch area X, a basal ganglia area responsible for song learning that contains striatal- and pallidal‑like cell types. Both datasets were acquired in the department of Winfried Denk at the MPI for Medical Research, Heidelberg.
For interactive analyses of the connectome, use SyConn interactive in the browser. See the API notebook for examples and guidance.