Unit News

Scientists identify a positive molecular feedback loop which could explain stroke-induced memory loss.

Advances in optical imaging and image analysis have revealed the tantalizing possibility that astrocytes, star-shaped cells in the brain, might play a role in how we process information and store memories.

Scientists discover a new way that neurons distinguish important signals from background noise.

The neurons of layer 6 – the deepest layer of the cortex – were examined by researchers to uncover how they react to sensory stimulation in different behavioral states.

Voltage imaging allows scientists to ask new questions about the brain.

OIST scientists have devised a way of observing the working of single neurons in unsurpassed detail in a live animal.

The Brain Utilizes Dynamic Bayesian Inference

OIST researcher Sigita Augustinaite suggests a mechanism for how dendritic potentials in thalamocortical neurons allow visual signals to pass from retina to cortex.

In a paper just accepted for publication in Frontiers in Cellular Neuroscience, two OIST researchers have demonstrated a technique for brain dissection that allows researchers to investigate neurons in older tissues, a nearly impossible feat.

In two new papers, Prof. Bernd Kuhn and collaborators use novel techniques to visualize very different things: pH within protein crystals, and neurons in the cerebellum of the brain.

On December 19th, Dr. Marylka Yoe Uusisaari, a researcher in the Optical Neuroimaging Unit of OIST, visited Nakadomari Jr. High School in Onna Village to give a talk titled “How do you make a scientist.”