Parkinson’s disease is the fastest growing neurodegenerative disease in the world.1 And new research shows that it’s a common dry cleaning solution that’s about a century old. The chemical – trichloroethylene or TEM – has been found in up to 30% of US drinking water supplies in the soil and in industrial wastewater.2
Exposure does not require working in a factory or chemical plant – it occurs from breathing in sites near contaminated sites or using contaminated groundwater. Its effortless ability to create and dry greasy and dry fabrics was once highly prized, but is now recognized as a continuing neurosurge.
When you spit it out or ingest it, it quickly crosses your blood-brain barrier and is similar to the nerve fibers in Parkinson’s. From human and animal research, moderate, even chronic exposure can cause energy stress that stimulates the energy engine in your cells and gradually improves brain health.
These findings suggest a deeper issue: environmental toxins are quietly driving neurodegenerative diseases across generations. Exposure to these fluids can alter brain chemistry and increase the risk of Parkinson’s.
Large US study links increased risk of Parkinson’s
Characteristically, in Parkinson’s disease, characterized by muscle stiffness, slow movement and balance problems, brain cells begin to die. Many people have long-term changes such as reduced arm swings, handwritten or sleep related changes. Over time, it supports more vulnerable issues that affect speech, memory and mobility. In the study of neurology, researchers in the study of Parkinson’s experienced long-term liquid exposure.3
Researchers analyzed the medical records of more than 1.3 million adults in the United States High levels of tce In the air, it was associated with a greater risk of Parkinson’s disease. Because it has been cut in the area for decades, even communities far from mining factories are exposed to it through soil, air and groundwater.
• A measurable increase in Parkinson’s tests in older adults – Individuals in the top 10% of TCE concentration areas were 10% more likely to develop Parkinson’s disease than those in low exposure areas.
Even after adjusting for age, sex, and regional demographics, the association remained significant. It is important because Parkinson’s disease often develops over decades. This indicates a chronic, low level Exposure They contribute to the disease before the symptoms appear.
• The study revealed early neurological warning signs in high-risk areas – Regions with higher population density are more likely to experience balance issues, falls, and mild cognitive impairment — often predating a Parkinson’s diagnosis by several years. These early symptoms serve as clues that environmental exposures are affecting brain health long before full-blown disease.
• Geographic Information Neurological Risk Chemical Interactions – When researchers conducted cartoonist cases on porches, they found abandoned popular establishments around them, including industrial areas and known comic areas and known emergency and parts of the Midwest. The risk of people living far away from these exchange stations. This design provides strong real-world evidence Environmental pollution It directly contributes to freedom problems.
• Prepared in your body and environment to avoid, heavy exposure to avoid – Even after the factories were closed, the residues left the soil and groundwater for decades. Disturbed wood is brought into the house and through the pipes without their knowledge through exposed circuits or pipes. Because of this, living near an old industrial site has long-term neurological consequences.
Knowing the risk of Parkinson’s even with a small exposure, we list the importance of purifying your home’s air and water, avoiding the use of chemical-based detergents and supporting the cleaning of contaminated sites. Research makes it clear that protecting your environment is not comparable to protecting your brain health.
Laboratory research shows how to stimulate nerve damage at the cellular level
Before researchers could investigate the effects on humans, previous laboratory experiments showed what this liquid does in the brain. Published in Disease Neurology, how does it affect the motor control centers of the brain, how does Parkinson’s disease affect the motor control centers of the brain.4
Researchers observed a significant loss of nerve fibers after six weeks of daily exposure – the same area that occurs in people with Parkinson’s disease. These findings confirm that it is not only the fluid, the genetic predisposition or other toxic substances, but it has a toxic effect on the brain tissue.
• The elderly are particularly vulnerable to the toxic effects of TCE. The study showed that complaining of their old age, the elderly who are exposed to environmental hazards for a lifetime.
Combined with continued exposure, age-related decline appeared to accelerate cell death. This means maintaining brain health by exposing the health of the environment to maintaining brain health by referring to the ability of your environment to regenerate healthy neurons.
• Production of stored energy in brain cells – Temchondria – interference with mitochondria – the generators of the cell’s power – causes the development of stress in the hall. Oxidative stress occurs when your body’s brain defense system increases, leading to mobile injuries.
This imbalance triggers inflammation and eventually kills the dopamine-producing neurons. The fluid “short-brained” your brain’s energy system, leaving the brain’s energy system unable to perform maintenance tasks.
• The fluid has raised a dangerous protein build-up in the nerve. Exposure increased the concentration of a sticky protein in the brains of Parkinson’s patients. When these bursts occur, they disrupt normal brain signaling by creating drug signals that mimic those of human disease-causing drugs. Chemical pollution was found to have the same toxic brain changes seen in Parkinson’s disease.
• A switch that activates brain tissue damage – The researchers found out how the brain cells clean up waste and control inflammation. Once it gets too much, it is a chain of stress and damage in the cells causing the rapid loss of the nervous system that controls the cells. In other words, the brain’s brain cleaning process hio or go to hawaii, from protective to destructive.
Practical steps to protect your brain and strengthen cellular health
What starts with protecting your brain from degenerative disease starts with protecting your cells – the engines that power your mind and body. The same environmental toxins that have been linked to Parkinson’s disease, such as Tessin Anti-pesticidesAlso destroy your mitochodia. When your mitochondria are fired, every system in your body is fired – from your muscles to your emotions to your muscles. However, with daily choices, you can restore Mitochondrive function, reduce vessel exposure and lower your risk of long-term depression.
1. Make sure your surroundings don’t put you at risk – If your home or workplace is located in an old dry-cleaning facility, near a military installation or manufacturing site, you may be attracted to LEFTOVES settlers. Ask your local water supplier for the latest test results, ask for a full contamination report and find out if there are any spawning sites in your area. Knowing your vulnerability empowers you to take action before your health takes hold.
2. Purify your water before it reaches your body – When it comes to reducing toxins, every sip and bath counts. Choose a high-quality drainage system to handle liquids, metals and pesticides. Filtering your water protects your entire body, while your cells clear away harmful chemicals in your brain, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, your liver, In your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver, in your liver Burden on your liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver, liver It protects.
3. Prevent chemical vapors from raining into your home – Industrial effluents rise to the surface and slide through concrete floors, unnoticeably polluting your indoor air. Using chimneys or air exchange, and preparing the gaps in the foundation of the arrival to block these invisible gases.
A vapor barrier adds another layer of protection, but using simple measures and keeping clean air in your home can help you reduce pollution and protect your family’s health.
4. Avoid chemical exposure wherever possible – To limit pesticide residue, avoid lawn and garden chemicals, and switch from regular dry cleaning to water-based or carbon dioxide cleaning. Each toxin crosses your body and gives your cells room to repair and repair and grow.
5. Building brain resilience from the inside out – It starts protecting your brain every day. Get healthy sunlight exposure to stay healthy Vitamin D levelsIt regulates brain defense genes and reduces inflammation. Cycle your Myochodri your healthy carbs – in double 250 grams – starting with fruit and white rice when you start the daily far.
By avoiding complex foods, including seed oils, such as vegetables and grains, add them slowly and only if they are well ground. Regular activity and Deep sleep It further improves the flow of oxygen and the elimination of toxin, which requires energy and clarity for your brain, so it must be sharp for life.
Keeping up with mobile health isn’t just about warding off disease – it’s about maintaining your clarity, energy and independence for years to come. Every small step you take towards a cleaner environment and stronger mitochondria will bring you to a healthy state of mind.
Frequently asked questions about aging exposure and Parkinson’s disease
Q: What is the age? Why is it dangerous?
d It is a single-use liquid in dry cleaning, metal hardening and manufacturing. Now it is a neurological disease that lasts for decades in the soil, groundwater and air. When inhaled or inhaled, it travels into your brain and increases dopamine-producing neurons, increasing the risk of Parkinson’s disease.
Q: How common is pollution in America?
d Tce is found in up to 30% of water supplies and thousands of polluting industries or military sites. Even areas that are far from work pharmacies can move through the soil and move into the indoor air.
Q: What does the new research reveal about Parkinson’s disease and susceptibility?
d A neurological study analyzed more than 1.3 million American adults and found that 10% of people with the highest TECE correlation have the potential to develop Parkinson’s disease.5 A neurologist’s study shows that energy consumption leads to energy consumption, inflammation, and stimulation of toxic proteins – the same brain changes seen in human Parkinson’s cases.6
Q: How can I reduce my exposure to TES and other liquids?
d Make sure your home or workplace is near a known polluting station, and ask your local water supplier for detailed reports. Use a high-quality starting system for drinking and bathing water, to improve executive ventilation, and to prevent the occurrence of sliding interference, cracks that rely on ground invasions or foundations. Avoid regular dry cleaning and household cleaners that use harsh chemicals.
Q: What daily habits help protect my brain from environmental toxins?
d Support your body’s immune system by getting vitamin D from sunlight, maintaining good health, and eating foods that are rich in nutrients. Regular exercise and quality sleep help your brain detoxify and become more resilient to environmental stressors.
