Tag: SCGB

A Tale of Two Brain Regions:
Population-level Analysis Reveals Differences Not Evident in Single Cells A new method for analyzing neural dynamics reveals that two regions involved in movement exhibit different patterns of activity, suggesting they perform different computations.

Why Neuroscience Needs Data Scientists Liam Paninski describes his efforts to process calcium imaging and other neural data, an effort that he hopes will help drive a new era of data sharing.

From the bioRxiv: A Selection of Recently Posted Papers from SCGB Investigators and Others Each month, SCGB scans the bioRxiv for interesting papers from the SCGB community and beyond.

Noise-Cancelling Method Enhances Ability to Predict Behavior from Brain Activity A new technique that uses machine learning to mute noise inherent in single-trial neural recordings will make it easier to decipher the neural code

From the bioRxiv: A Selection of Recently Posted Papers from SCGB Investigators and Others Each month, SCGB scans the bioRxiv for interesting papers from the SCGB community and beyond.

Beyond Movement: First Direct Evidence to Support Thinking in the Cerebellum Best known for coordinating movement, the cerebellum is also essential for higher cognitive function.