neurological disorder

01/23/2014 - 09:16

Researchers at Duke Medicine have shown that continuing spinal cord stimulation appears to produce improvements in symptoms of Parkinson’s disease, and may protect critical neurons from injury or deterioration.
The study, performed in rats, is published online Jan. 23, 2014, in the journal Scientific Reports. It builds on earlier findings from the Duke team that stimulating the spinal cord with electrical signals temporarily eased symptoms of the neurological disorder in rodents.

 

09/30/2013 - 09:23

An international consortium of scientists has identified an additional 48 genetic variants influencing the risk of developing multiple sclerosis, MS. This work, which is presented in the journal Nature Genetics, nearly doubles the number of known genetic risk factors associated with MS - and thereby provides additional key insights into the biology of this debilitating neurological condition, globally affecting millions of people.

 

09/25/2013 - 09:29

New Danish/Italian research shows how medicine for the brain can be absorbed through the nose. This paves the way to more effective treatment of neurological diseases like Alzheimer's and tumors in the brain.

 

09/24/2013 - 07:10

For years, scientists have attempted to understand how Alzheimer’s disease harms the brain before memory loss and dementia are clinically detectable. Most researchers think this preclinical stage, which can last a decade or more before symptoms appear, is the critical phase when the disease might be controlled or stopped, possibly preventing the failure of memory and thinking abilities in the first place.

 

09/04/2013 - 12:38

People living in industrialised countries may be more likely to develop Alzheimer’s due to greatly reduced contact with bacteria, viruses and other microorganisms - which can lead to problems with immune development and increased risk of dementia, suggests a new study.

 

08/23/2013 - 13:21

Scientists at Washington University School of Medicine in St. Louis have found a way that corrupted, disease-causing proteins spread in the brain, potentially contributing to Alzheimer’s disease, Parkinson’s disease and other brain-damaging disorders.