Improving Pre-Surgical Workups for Epilepsy
Using MRI, EEG and clinical characteristics, the pre-surgical workup can predict if patients with epilepsy will benefit from a more invasive examination.
Browsing: "Neurology-and-neuroscience"
New Autism Biomarker Discovered in Cerebrospinal Fluid
Northwestern Medicine scientists have discovered a biomarker for one type of autism within cerebrospinal fluid, according to a recent study.
Uncovering the Degenerative Basis of Parkinson’s Disease
Northwestern investigators have discovered the molecular signature of a subset of dopaminergic neurons that increases their vulnerability to degeneration.
Fatty Acid Length Predicts Parkinson’s Disease Risk
Long chains of fatty acids in the lysosome are associated with a degenerative form of Gaucher disease, an inherited condition related to Parkinson’s disease.
ALS Therapy Should Target Brain, Not Just Spine
A new study has shown that the degeneration of brain motor neurons in ALS is not merely a byproduct of the spinal motor neuron degeneration, and is a target for future treatments for the disease.
Combination Therapy Reduces Toxic Aggregates in Parkinson’s Disease
A combination of drugs could fix the broken lysosomal enzyme pathway in Parkinson’s disease-afflicted neurons, according to a recent study.
Neurobiologists Identify a New Gene Important for Healthy Daily Rhythms
A recent study identified a gene that is critical for daily behavioral rhythms, involved in a molecular pathway by which the core circadian clock controls daily sleep-wake cycles.
‘Dancing Molecules’ Successfully Repair Severe Spinal Cord Injuries
A new injectable therapy harnesses “dancing molecules” to reverse paralysis and repair tissue after severe spinal cord injuries, allowing animal subjects to regain the ability to walk.
New Insights into the Mechanism of ALS
The damaging effects of toxic proteins created in one inherited form of amyotrophic lateral sclerosis (ALS) are mediated by an enzyme called SPOP.
A New Way to Improve Skilled Movements Via Sleep
The ability to learn novel physical movements, similar to those taught in rehabilitation for people with stroke, can be improved by reactivating specific memories of the new task during sleep, according to a new study.