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This image shows a Google Glass headset.

Featured Neurology Neuroscience Videos

·April 9, 2014·7 min read

Google Glass Puts the Focus on Parkinson’s

Researchers are investigating Google Glass as an aid to help people with PD retain their independence for longer.

This image is an illustration of cells in bone marrow.

Featured Neurology

·April 9, 2014·2 min read

Bone Marrow Stem Cells Show Promise in Stroke Treatment

Researchers find stem cells processed from bone marrow could be beneficial for stroke recovery.

This image shows the autism ribbon and a brain.

Autism Featured Open Neuroscience Articles

·April 8, 2014·4 min read

Lipid Levels During Prenatal Brain Development Impact Autism

Abnormal lipid levels in the brain can affect the interaction between neural networks in early prenatal brain development. Researchers believe this could be a trigger for autism.

This image shows a section through the olfactory bulb of a 16 days old rat brain.

Featured Neuroscience

·April 8, 2014·3 min read

Memory Accuracy and Strength Can Be Manipulated During Sleep

Researchers discover memories of specific odors depend upon the brain's ability to learn, process and recall accurately during slow wave sleep.

This image shows the basal ganglia with specific areas labeled.

Featured Neuroscience

·April 8, 2014·2 min read

What Songbirds Tell Us About How We Learn

According to new research, the basal ganglia plays an important role for vocal learning across different species.

The image shows early developmental differences between normal and BRAC1 deficient brains.

Featured Neurology Neuroscience Videos

·April 8, 2014·4 min read

Potential Link Between Brain Development and Breast Cancer Gene

Researchers discover a link between brain development and the BRAC1, a gene associated with breast cancer.

The image shows patient Kent Stephenson moving his leg.

Featured Neurology Open Neuroscience Articles

·April 8, 2014·9 min read

Spinal Stimulation Helps 4 Patients with Paraplegia Regain Voluntary Movement

Four paraplegic patients are now able to voluntarily move previously paralyzed muscles, thanks to a new treatment which involves electrical stimulation of the spinal cord.