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Columbia neuroscientists have discovered that the brain has greater control over the motor neurons that move the body than previously thought possible.
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The experience of every odor derives from precise brain circuitry that researchers now are revealing in unprecedented detail.
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Columbia neuroscientists have discovered a previously unknown connection between the gut and the brain that drives the desire for fatty foods.
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Models that perform statistical analyses of hundreds of visual clues point the way to understanding how our brains give us the ability to distinguish faces.
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- February 8, 2018
Neurons mature and acquire their firing properties with the help of Rbfox genes, a family of genes linked to autism and other neurodevelopmental disorders.
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- February 7, 2018
New research from Columbia neuroscientists shows how a small part of the brain single-handedly steadies the body if it is thrown off balance.
- January 11, 2018
By classifying different types of cells in the spinal cord, neuroscientists have gained new insight into an evolutionary achievement millions of years in the making.
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- November 6, 2017
Bianca Jones Marlin, a postdoc in the lab of Nobelist Richard Axel, was given the STAT 2017 Wunderkinds Award.
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- November 3, 2017
A Columbia study in rats helps explain why an early exposure to alcohol can increase a person's vulnerability to developing addiction to cocaine.
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- November 2, 2017
Using powerful new imaging technology, Columbia scientists peered into a 30 nanometer-wide space between two cell organelles to find an elusive tethering protein.
- October 20, 2017
Columbia scientists received a $15.3 million BRAIN Initiative award to decipher how the brain guides movement, one of neuroscience’s most fundamental questions.
- October 12, 2017
Research suggests that high-level visual features are recalled before simple details, offering new insights into human perception.
- September 18, 2017
A cellular defense against protein aggregates suppresses ALS in early stages but later hastens spread of the disease, a study in mice suggests.
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- September 6, 2017
Place cells in the brains of mice with a disorder similar to schizophrenia do not adapt to changing environments, impairing memory.
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