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Parkinson’s disease

lewy body

Lab-Grown Lewy Bodies Show How Inflammation May Trigger Parkinson’s in Anyone

The team’s overall goal was to be able to compare the amounts of α-synuclein protein contained in extracellular vesicles (right side) relative to α-synuclein contained in total plasma (left side). To achieve the former, they innovated an already validated EV-isolation and analysis process with a critical “protein protection assay.”

Breakthrough in Parkinson’s Disease Detection: New Blood Test Method Shows Promise

The image displays four views of a person's brain, highlighting the boundaries between different functional brain networks, each represented by different colored lines, as mapped using functional MRI. This map is overlaid on a salience network connectivity heat map, where warmer colors indicate stronger connectivity within the salience network. Researchers discovered that a larger salience network may be associated with an increased risk of depression. Credit: Lynch/Liston Labs.

Large-Scale Study Uncovers Hundreds of Genetic Variants Linked to Brain Structure

“This discovery challenges the longstanding view of dopamine as the primary transmitter in motor control. Ophthalmic acid offers a promising alternative for therapeutic interventions for Parkinson’s disease and other movement disorders,” says the study’s co-corresponding author Amal Alachkar. Steve Zylius / UC Irvine

Brain Molecule Ophthalmic Acid Reverses Parkinson’s Movement Deficits, UC Irvine Study Finds

Slide showing the development of Lewy bodies

Recreating a hallmark of Parkinson’s disease in human neurons

The Speech Accessibility Project is a research initiative to make voice recognition technology more useful for people with a range of diverse speech patterns and disabilities.

Automatic speech recognition learned to understand people with Parkinson’s disease — by listening to them

DNA strand

Blood Test Could Reveal Your Dementia Risk

Implanted device responds to changes in brain signals, adjusting the amount of stimulation throughout the day, allowing individuals to go about their daily activities.

Self-Adjusting Brain Pacemaker Shows Promise in Reducing Parkinson’s Symptoms

Preventing Parkinson’s disease may lie in seaweed antioxidants

Preventing Parkinson’s disease may lie in seaweed antioxidants

Japanese researchers studied the effects of locally administered ASOs on mouse models of Parkinson's disease. Their research indicates that ASOs can help prevent the formation and spread of harmful alpha-synuclein aggregates in different brain regions, suggesting ASOs as a potential therapeutic strategy for preventing and controlling the progression of neurodegenerative diseases.

New Treatment Approach Shows Promise in Slowing Parkinson’s Disease Progression

Weill Cornell Medicine investigators used AI to discern subtypes of Parkinson's disease from diverse data sources. Credit: Shutterstock

Machine learning helps define new subtypes of Parkinson’s disease

Illustration of a brain with memories being encoded

New Approach to Parkinson’s Treatment Could Erase ‘Bad Motor Memories’

Man looking anxious

Anxiety After 50 Doubles Parkinson’s Risk, New Study Reveals

Blood vials

AI-Powered Blood Test Predicts Parkinson’s Disease Years Before Symptoms Appear

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