Your Cart is Empty
Roughly 1 million people in the U.S. have Parkinson’s Disease (PD), a progressive neurodegenerative condition causing disability over time, with chances rising sharply after age 60. A new study reveals untreated sleep apnea is a major factor that can increase the risk of Parkinson’s disease significantly. The encouraging finding is that CPAP greatly mitigates this elevated risk.
Sleep apnea impacts brain health profoundly, contributing to higher neurodegenerative disease risk including Parkinson’s. Repeated oxygen deprivation damages neurons over time, but consistent CPAP use helps prevent that damage.
Earlier research connected obstructive sleep apnea (OSA) to dementia and premature mortality, but findings on links to Parkinson’s Disease were conflicting, and no studies had assessed whether CPAP influences PD risk.
Researchers examined data from electronic health records for over 13.7 million U.S. veterans from 1999 to 2022. It focused on 11,310,411 individuals averaging 60.5 years of age, including 9.8% women. After accounting for obesity, age, high blood pressure, and related factors, untreated sleep apnea showed a strong independent link to Parkinson’s, nearly doubling the odds compared to those using CPAP.
The study found 13.7% of included veterans (1.55 million) had OSA; patients with OSA experienced 1.61 more PD cases per 1,000 people at 6 years versus those without OSA. CPAP started within two years of OSA diagnosis significantly cuts Parkinson’s incidence, stressing the need for timely treatment.
When breathing stops during sleep apnea, oxygen deprivation disrupts normal neuron function. CPAP keeps oxygen levels stable and supports healthy brain operation, providing a protective effect against Parkinson's.
The research highlights that effective OSA treatment reduces Parkinson’s risk. Early screening and protocols promoting CPAP initiation and adherence could benefit long-term brain health.
To view the original scientific study click below:
Obstructive Sleep Apnea, Positive Airway Pressure, and Implications of Early Treatment in Parkinson Disease
Hidden within you is a sophisticated internal calendar that senses seasons, not just daily cycles.A recent study highlights how fats from food serve as seasonal cues for the brain, until processed fats come along and disrupt the process.
Beyond heart benefits, intense exercise packs an even greater benefit. A recent study shows that just 10–12 minutes of high-intensity activity can slow the growth of colorectal cancer cells. Scientists explored the effects of exercise on colorectal cancer cells. While previous studies have demonstrated that exercise offers protective benefits against cancer, this research sought to deepen our understanding of the underlying molecular processes.
In recent years, the link between the gut microbiota and cancer has garnered significant interest, with most research emphasizing indirect strategies like microbiome modulation or fecal microbiota transplantation. In a new study, researchers have identified a bacterium isolated from the intestines of Japanese tree frogs, that demonstrates extraordinarily potent anticancer effects.