Neuroscience

Interpreting neuroimages: The technology and its limits

Neuroimages play a growing role in biomedical research, medicine, and courtrooms, as well as in shaping our understanding of what it means to be human. But how helpful are they at answering complex questions such as: What ...

Neuroscience

Brain network decay detected in early Alzheimer's

In patients with early Alzheimer's disease, disruptions in brain networks emerge about the same time as chemical markers of the disease appear in the spinal fluid, researchers at Washington University School of Medicine in ...

Alzheimer's disease & dementia

Exercise may be the best medicine for Alzheimer's disease

New research out of the University of Maryland School of Public Health shows that exercise may improve cognitive function in those at risk for Alzheimer's by increasing the efficiency of brain activity associated with memory. ...

Neuroscience

Psychologists uncover brain-imaging inaccuracies

(Medical Xpress)—Traditional methods of fMRI analysis systematically skew which regions of the brain appear to be activating, potentially invalidating hundreds of papers that use the technique.

Neuroscience

Research advances understanding of the human brain

(Medical Xpress)—Advanced neuroimaging techniques are giving researchers new insight into how the human brain plans and controls limb movements. This advance could one day lead to new understanding of disease and dysfunction ...

Neuroscience

Intensive training for aphasia: Even older patients can improve

Older adults who have suffered from aphasia for a long time can nevertheless improve their language function and maintain these improvements in the long term, according to a study by Dr. Ana Inés Ansaldo, PhD, a researcher ...

Neuroscience

Learning to control brain activity improves visual sensitivity

Training human volunteers to control their own brain activity in precise areas of the brain can enhance fundamental aspects of their visual sensitivity, according to a new study. This non-invasive 'neurofeedback' approach ...

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