Research Discovery

Read our Q&A with first author Alex Naka, a PhD Program alum, about a new study that resulted from collaboration between multiple Berkeley Neuroscience members. [...continue]

Research Discovery

The Isacoff and Flannery labs restored vision in mice by inserting an opsin gene into cells typically spared by retinal degeneration, which could lead to gene therapies for blindness. [...continue]

Research Discovery

In research featured on the March cover of Nature Neuroscience, the Foster lab discovers the dominant role of the CA3 area of the hippocampus in driving place cells in CA1. [...continue]

Research Discovery

The Whitney Lab has found that context is as important as facial recognition in reading emotions, which could have implications for the study of disorders such as autism. [...continue]

Research Discovery

The Feller lab has discovered that light triggers waves of retinal activity and shapes inputs to the brain before eye opening, challenging previous theories of visual system development. [...continue]

Research Discovery

The Walker Lab finds that sleep deprivation alters activity in brain areas involved in the perception of pain and the activation of pain relief, suggesting that sleep acts as an analgesic. [...continue]

Research Discovery

A new study from the Feldman Lab challenges the idea that autism symptoms are due to an excess of neural firing, suggesting that more nuanced approaches are needed. [...continue]

Research Discovery

HWNI member and Nobel laureate Eric Betzig and colleagues combine new microscopy technologies to image whole brains with synapse-level resolution, rapidly revealing entire neural networks. [...continue]

Research Discovery

Rikky Muller, Jose Carmena, and colleagues develop a device that can autonomously and simultaneously record brain activity and provide stimulation to treat disorders in real-time. [...continue]