Press Release
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Prosocial Behavior and the Teenage Brain
Learning prosocial behavior is one of the hallmarks of cognitive development. Young children sometimes behave in a self-centered manner due to behavioral immaturity. Over time they learn how to communicate and interact with others. Du… More
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Growing a Brain: Two-Step Control Mechanism Identified in Mouse Stem Cells
Scientists identified two distinct control mechanisms in the developmental transition of undifferentiated stem cells into healthy brain cells. This fundamental research using mice may inform regenerative medicine treatments for n… More
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Pheromone in Baby's Tears Dampens Female Libido
A substance in young mice's tears makes female mice more likely to reject male sexual advances. This research is part of ongoing efforts at the University of Tokyo to understand how animals communicate using chemicals called pheromones.… More
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Dividing Time and Space to Predict the Future
Accurate prediction of natural phenomena based on real world data, from molecules to brain activity, stock markets and weather, is one of the great challenges of science and society. If mathematical science could devise better methods f… More
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Sleep Duration is Determined by Leak Potassium Channels
Do we know how long we are supposed to sleep each night? How about our children or even loved pets? Sleep researchers have long known that sleep duration (the length of total sleep) is strongly influenced by genetic background. So, the time w… More
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Transparent EEG Array Allows Visual Access to Brain
Electroencephalography (EEG), which records electrical discharges in the brain, is a well-established technique for measuring brain activity. But current EEG electrode arrays, even placed directly on the brain, cannot distinguish … More
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Early-Life Seizures Disrupt Critical Period Plasticity
In Brief:
Early-life seizures are often associated with intellectual disability and/or autism. Sun et al. show that seizures prematurely unsilence synapses to disrupt tonotopic plasticity in auditory cortex, revealing a mechanism f… More -
Cometh the Cyborg: Improved Integration of Living Muscles into Robots
This is a press release from Institute of Industrial Science, The University of Tokyo.
Professor Shoji Takeuchi also holds the post of Principal Investigators of WPI-IRCN.
The new field of biohybrid robotics involves the use of living ti… More
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Building a Brain, Cell by Cell: Researchers Make a Mini Neuron Network
This is a press release from Institute of Industrial Science, the University of Tokyo.
Professor Shoji Takeuchi also holds the post of Principal Investigators of WPI-IRCN.
The human brain is an exquisitely complex, organic CPU, made of t… More
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CUBIC-X: A New Method to Implement Single-cell Based Whole-brain Imaging
The brain is a complex object like the universe comprising intricate networks with a tremendous amount of neuronal cells. To understand this structural complexity and its functions, brain atlases that can show fine-scale structures an… More
