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A newly discovered Alzheimer’s gene appears to drive the first appearance of amyloid plaque in the brain and could lead to new therapies that prevent the disease from developing.
Seizures are usually considered a side effect of brain cancer, but a new Columbia University study of mice suggests they may also fuel the further growth of brain tumors.
- October 24, 2016
Pregnancy significantly raised the risk of stroke in young women, but did not raise stroke risk in older women, a study by Columbia neurologists found.
- September 13, 2016
Youtuber and internet personality Tom Syndicate visits the Motor Neuron Center at Columbia and speaks with ALS researchers.
- August 24, 2016
In a very severe, genetic form of microcephaly, stem cells in the brain fail to divide, according to a new study that may provide important clues to understanding how the Zika virus affects the developing brain.
- August 22, 2016
Injections of an omega-3 emulsion reduce brain damage in mice that have experienced a stroke-like event.
- August 4, 2016
The annual suicide mortality rate among people with epilepsy is 22 percent higher than in the general population, Columbia University Medical Center researchers have found.
- July 26, 2016
Researchers found an odor identification test useful in predicting cognitive decline and detecting early-stage Alzheimer’s disease.
- July 18, 2016
A toxic Alzheimer's protein can spread through the brain via the extracellular space that surrounds the brain's neurons, suggests research from Columbia University Medical Center.
- March 24, 2016
Neurologists find that moderate to intense exercise in people over age 65 may slow decline in memory and cognitive function by 10 years.
- March 15, 2016
In honor of the ADRC's anniversary, Columbia scientists discussed breakthroughs in Alzheimer's disease research with an eye to future therapies.
- February 25, 2016
Scientists have developed a new optical technique to study how information is transmitted in the brains of mice. Using this method, they found that only a small portion of synapses—the connections between cells that control brain activity—may be active at any given time.