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A new BRAIN Initiative atlas showcases the diverse cell populations within the human hypothalamus, paving the way to discovering novel cellular targets for obesity and metabolic disease
As part of a new NIH consortium, scientists will trace how regions targeted by deep brain stimulation connect with the rest of the brain, information that could improve the treatment's efficacy.
The Afternoon of Science series at VP&S offers an opportunity for basic science departments and institutes to share their latest research and vision for the future.
- May 24, 2022
A gene called FMNL2 may explain why people with hypertension, diabetes, heart disease, or obesity have a greater risk of developing Alzheimer's disease.
- March 17, 2022
A new Columbia study shows that the movement of calcium within neurons boosts learning, revealing a basic principle of memory encoding in the brain.
- March 7, 2022
A newly discovered protein tangle has been associated with multiple neurodegenerative diseases and may have a role in causing the diseases.
- February 3, 2022
Loss of smell in COVID may be caused by a dramatic rearrangement of chromosomes in the cells that connect the nose to the brain, a study by Columbia neuroscientists suggests.
- January 20, 2022
Just a single type of neuron controls the complex patterns of walking, a surprising finding that may lead to new therapeutic approaches for people with spinal cord injuries.
- December 8, 2021
A study in mice that sheds light on how the brain remembers key details could one day help treat disorders impacting memory.
- November 30, 2021
A new theory explains how the brain creates and recalls motor memories and could lead to better physical therapies to help people with injuries use their bodies again.
- October 28, 2021
The answer may lie in a gene only present in humans. When expressed in mice, the gene increases the number of connections in the brain and improves the ability to learn complex tasks.
- October 27, 2021
New technology will allow scientists to uncover what happens in the brain during the early stages of Parkinson's disease, which could lead to earlier diagnosis and better therapies for the disease.
- August 16, 2021
A new preclinical study provides the first direct evidence that loss of a placental hormone during pregnancy alters long-term brain development, causing autism-like behaviors in male offspring.