Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% more likely to develop Parkinson's over the next eight years than the residents with the lowest exposure. #AirPollution #anapneism https://t.co/o6adHAqXh4
Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease.
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May 2021 – Nov 2023Where it's discussed
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X / Twitter38 posts
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News26 articles
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Blogs3 articles
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YouTube2 videos
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AI synopsis
What people are saying
The accessibility of the findings is evident through phrases like 'air pollution may trigger Parkinson's' and 'regulation of pollutants might reduce PD incidence,' which resonate with public concerns about environmental health. The tone across posts is both analytical and urgent, illustrating enthusiasm for the study's implications and its potential influence on public health policy.
Many posts show strong support, emphasizing the study's findings that link nitrogen dioxide exposure to increased Parkinson's risk, evidenced by phrases like 'car emissions may trigger Parkinson's disease' and 'those with the highest exposure were 41% mor
Posts reflect a high level of curiosity and concern, with numerous mentions of air pollution's health impacts and discussions referencing specific statistical results and potential regulatory implications, indicating active engagement.
Several discussions delve into the significance of the research, including references to the Korean cohort, measurable increased risks, and the potential for policy change, demonstrating deep analysis.
Posts suggest a perceived high impact, highlighting how this research underscores the importance of air quality regulation and its potential to reduce neurodegenerative diseases, with expressions like 'regulation might reduce the incidence of PD' and call
Abstract in brief
- This study investigates whether long-term exposure to air pollution, specifically nitrogen dioxide (NO2) and other pollutants like particulate matter (PM), ozone (O3), sulfur dioxide (SO2), and carbon monoxide (CO), is linked to an increased risk of developing Parkinson's disease (PD) among adults in Seoul.
- Using data from the Korean National Health Insurance Service, researchers followed over 78,000 residents aged over 40 from 2007 to 2015, estimating their pollution exposure based on residential districts, and found that higher NO2 levels were associated with a greater risk of developing PD.
- The findings suggest that exposure to NO2 could be a contributing environmental factor for Parkinson's disease, highlighting the importance of air quality management in reducing neurodegenerative disease risks.
Top posts
Most liked on X and BlueskyAssociation of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease “findings suggest that regulation of air pollutants might reduce the incidence of PD” @DrIanWeissman @DrFerdowsi @rstraxMD @Emil_LeeMD @CastlDalmunzie https://t.co/O9XIY9DteD via @JAMANeuro
Stickstoffdioxid Exposition vergrößert nach einer koreanischen Studie das Risiko an Morbus Parkinson zu erkranken. https://t.co/j9KLFqStrZ
Study of metropolitan South Korea examining role of air pollutants in development of #Parkinsondisease (PD) found a statistically significant association between NO2 exposure and PD https://t.co/xu2gODjGnF
Möglicher Zusammenhang von Stickstoffdioxid und Parkinson. #medizin #neurologie #NO2 #luft #luftverschmutzung #südkorea #jama https://t.co/rhZV7Ij5Zh
Association of NO 2 and Other Air Pollution Exposures With the Risk of Parkinson Disease https://t.co/KAZoOgDAK6
All mentions
Impact of Air Pollution on Parkinson's Disease Risk
Research from the Barrow Neurological Institute shows that residents in moderate pollution areas have a 56% higher risk of Parkinson's disease. The study links airborne particles and heavy metals to neuroinflammation…
Air Pollution and Parkinson's Disease Risk: Key Findings and Implications
Research at the Barrow Neurological Institute shows that moderate air pollution increases Parkinson's disease risk by 56%. The study links airborne particles and heavy metals with neurodegeneration and brain…
@Giguere_P @DrSusanHFox @CAPE_ACME Retrospective Korean cohort : https://t.co/eysRkKprvN - Exposure to NO2 HR for highest vs lowest quartile, 1.41 In Denmark "9% higher risk (95% CI: 3, 16.0%) per interquartile range increase (2.97 μg/m3) in modeled NO2." https://t.co/6w06ymDQCZ
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
@AQuAScat @hospitaldelmar @ISGLOBALorg @NEUVAS1 @salutcat I el Parkinson també! Jo S, Kim YJ, Park KW, Hwang YS, Lee SH, Kim BJ, Chung SJ. Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease. JAMA Neurol. 2021 Jul 1;78(7):800-808. doi: 10.1001/jamaneurol.2021.1335. PMID: 33999109; PMCID: PMC8129903.
RT @Neuro24de: Stickstoffdioxid Exposition vergrößert nach einer koreanischen Studie das Risiko an Morbus Parkinson zu erkranken. https://…
Stickstoffdioxid Exposition vergrößert nach einer koreanischen Studie das Risiko an Morbus Parkinson zu erkranken. https://t.co/j9KLFqStrZ
Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease https://t.co/1oXyHjyPjw 출처 @JAMANeuro part of @JAMANetwork
Association of NO 2 and Other Air Pollution Exposures With the Risk of Parkinson Disease - JAMA Neurology Jour. via BrainSights for iOS https://t.co/ElvgAlu39J
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
RT @SFotonium: Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% m…
Car emissions may trigger Parkinson's disease Results reveal those with the highest exposure to nitrogen dioxide were 41% more likely to develop Parkinson's over the next eight years than the residents with the lowest exposure. #AirPollution #anapneism https://t.co/o6adHAqXh4
Möglicher Zusammenhang von Stickstoffdioxid und Parkinson. #medizin #neurologie #NO2 #luft #luftverschmutzung #südkorea #jama https://t.co/rhZV7Ij5Zh
RT @2minmed: Association of NO2 and other air pollution exposures with the risk of Parkinson disease https://t.co/ai1lx0v1Sc #ChronicDiseas…
Association of NO2 and other air pollution exposures with the risk of Parkinson disease https://t.co/ai1lx0v1Sc #ChronicDisease #Neurology https://t.co/vgtPXjNeDE
Association of NO 2 and Other Air Pollution Exposures With the Risk of Parkinson Disease - JAMA Neurology via BrainSights for iOS https://t.co/ElvgAlu39J
RT @FriedbergEric: Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease “findings suggest that regulati…
RT @FriedbergEric: Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease “findings suggest that regulati…
RT @FriedbergEric: Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease “findings suggest that regulati…
Association of NO 2 and Other Air Pollution Exposures With the Risk of Parkinson Disease https://t.co/KAZoOgDAK6
Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease “findings suggest that regulation of air pollutants might reduce the incidence of PD” @DrIanWeissman @DrFerdowsi @rstraxMD @Emil_LeeMD @CastlDalmunzie https://t.co/O9XIY9DteD via @JAMANeuro
New article: Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease https://t.co/0bPvVT0Zgv #parkinsons #neurology https://t.co/V7AG2nGlNH
Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease https://t.co/YOGW16ICUM
RT @aussiecoley: Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease https://t.co/osuqE7e1Ah via @JAMAN…
Association of NO2 and Other Air Pollution Exposures With the Risk of Parkinson Disease https://t.co/osuqE7e1Ah via @JAMANeuro part of @JAMANetwork
【二酸化窒素曝露でパーキンソン病リスク高?/JAMA Neurology】 韓国、公的健康保険データ、40歳以上の78830名解析:最長18年観察で4.3%が新規PD発症。NO2曝露量最高四分位群では、最低群に比べ、発症HRが1.41 [95%CI 1.02-1.95]。PM2.5との有意相関は認めず。 https://t.co/ghGCP2fAU7
RT @JAMANeuro: Study of metropolitan South Korea examining role of air pollutants in development of #Parkinsondisease (PD) found a statisti…
Study of metropolitan South Korea examining role of air pollutants in development of #Parkinsondisease (PD) found a statistically significant association between NO2 exposure and PD https://t.co/xu2gODjGnF