Below you will find the main development projects of the Center.
Build an integrated electrophysiology and miniature microscope device with 32, 64, or 128 channel electrophysiology recording capability.
We have developed silicon microprobes optimized for recording large-scale neural activity (single-unit and LFP) in awake head-immobilized mice.
Group photos from some of our past workshops held in San Diego, California, New York, Utah, Washington DC, Germany, and New Zealand
New widefield macroscope developed by the Tank Lab using some of the UCLA open-source Miniscope electronics. • A novel head-mounted widefield macroscope allows imaging of multiple cortical areas • Transgenic …
Computer Science Professor Jason Cong and coauthors Zhe Chen, Andrew Howe, and Hugh T. Blair has received the best paper award at the 2018 ACM/IEEE International Symposium on Low Power Electronics …
Temporal lobe epilepsy causes significant cognitive deficits in both human patients and rodent models, yet the specific circuit mechanisms that alter cognitive processes remain unknown. There is dramatic and selective …
