Neuroscience

How the brain generates rhythmic behavior

Many of our bodily functions, such as walking, breathing, and chewing, are controlled by brain circuits called central oscillators, which generate rhythmic firing patterns that regulate these behaviors.

Neuroscience

Pupillary light reflex can be inhibited by multisensory signals

Multisensory integration has been recently shown to produce a larger pupil size than unisensory constituents. Superior colliculus (SC), an important laminar nucleus in the midbrain, not only engages in spatial attention and ...

Neuroscience

How the brain hinders individual muscle control

The key to balance is, in part, the ability to overpower your mind. Your brain possesses what some researchers call "common drive." It wants to activate and relax all muscles in synchrony, including the opposing ones. It's ...

Neuroscience

Researchers use new method to investigate neural oscillations

Neural oscillations—also known as brainwaves—are important carriers of information in the brain. Researchers are increasingly coming to view them less as sustained oscillations and more as transient bursts. Until now, ...

Neuroscience

Seamlessly multiplexing memory storage and recall

Every day, we store memories, some of which we are able to recall later. But while we do so, do we keep on storing? Yes, because we cannot afford to stop memory formation while we are retrieving prior ones. Imagine, for instance, ...

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