Alarming Levels of Microplastics Found in the Human Brain: A Growing Concern for Our Health - How to Heal Yourself

 

In recent years, the issue of microplastics – tiny particles of plastic that are less than 5mm in size – has emerged as one of the most alarming environmental concerns. While their presence in oceans and ecosystems has long been known, recent research has unveiled a shocking discovery: microplastics are present in human brains. This discovery is raising serious questions about the implications for human health, particularly regarding brain function and the development of neurological diseases.

The question that emerges is not only how these microplastics are entering our bodies, but also how they impact our health. With plastics infiltrating the environment through consumer products, packaging, and industrial processes, we are becoming increasingly exposed to these substances. But what does this mean for our cognitive health, and how can we detoxify our bodies to remove microplastics that have accumulated over time?

This article delves into the shocking findings of microplastics in the human brain, the potential consequences for health, and strategies to detox the brain and body from plastics.

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The Discovery of Microplastics in the Human Brain

The discovery of microplastics in the human brain has taken the scientific community by surprise. Studies published in 2024 and 2025 show that these microplastic particles, which were previously believed to be confined to organs like the liver and kidneys, have made their way into the brain tissue of humans. Researchers discovered that microplastic concentrations in the brain are far higher than previously thought. The particles found in brain tissue include polyethylene and polystyrene, two of the most common types of plastic in consumer goods.

One groundbreaking study published in February 2025 by researchers from leading universities revealed that, on average, human brains contained levels of microplastics that equate to roughly a spoonful of plastic per individual. These particles are thought to enter the brain primarily through ingestion and inhalation. They are small enough to cross the blood-brain barrier, a protective layer that usually shields the brain from foreign substances, toxins, and infections.

Further studies suggest that these particles can have long-term effects on cognitive function. In fact, the levels of microplastics found in people diagnosed with Alzheimer's disease or dementia were up to 10 times higher than in those without such conditions. This raises significant concerns about the potential relationship between microplastic exposure and the onset of neurodegenerative diseases.

How Microplastics Affect the Brain

Microplastics can affect the brain in various ways, particularly due to their ability to penetrate brain cells and interact with the brain’s delicate neurochemistry. While the full extent of their impact is still being researched, there are several plausible mechanisms through which microplastics may interfere with brain function:

1. Inflammation and Oxidative Stress

The human brain is highly sensitive to inflammation and oxidative stress, both of which are thought to contribute to the development of neurological diseases like Alzheimer's. Microplastics, particularly polyethylene and polystyrene, can induce inflammation in the brain, triggering a cascade of immune responses that may cause long-term damage. This inflammatory process can impair brain cells’ ability to function and regenerate, potentially accelerating the development of cognitive decline.

2. Toxicity and Chemical Leaching

Many plastics contain toxic substances such as bisphenol A (BPA), phthalates, and styrene, all of which are known to be harmful to the body. When microplastics break down and release these chemicals into the bloodstream, they can cross the blood-brain barrier and deposit within brain cells. Over time, the accumulation of these harmful chemicals may result in neuronal toxicity, interfering with normal brain processes like memory, learning, and cognitive function.

3. Disruption of Neurotransmission

Neurotransmitters are chemicals that relay messages between neurons in the brain. Microplastics can potentially disrupt neurotransmitter function, leading to impaired communication between brain cells. This disruption can affect everything from memory and mood regulation to learning ability. The prolonged presence of these particles may, therefore, contribute to the onset of mood disorders, cognitive dysfunction, and even degenerative diseases.

4. Impact on Blood-Brain Barrier Integrity

The blood-brain barrier is crucial for protecting the brain from harmful substances circulating in the blood. Microplastics’ ability to breach this barrier poses a significant risk. Once inside the brain, the particles can cause structural damage to the barrier itself, weakening its function and making it easier for other harmful substances to enter the brain. This could potentially open the door for a range of toxins and pathogens to disrupt brain function.

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Potential Health Consequences of Microplastics in the Brain

The presence of microplastics in the brain is an issue that extends beyond mere environmental contamination. The potential health consequences could include:

• Neurodegenerative Diseases: Given the elevated microplastic concentrations in individuals with dementia, it is plausible that prolonged exposure to microplastics could play a role in the development of conditions like Alzheimer’s disease, Parkinson’s disease, and multiple sclerosis.

• Memory and Cognitive Impairment: Microplastics may contribute to memory loss, difficulty concentrating, and overall cognitive decline, particularly in older adults. Chronic inflammation and oxidative stress in the brain can impair synaptic function and reduce the brain’s capacity for learning and memory retention.

• Mood Disorders and Anxiety: The toxic chemicals leached by plastics can affect neurotransmitter levels, leading to mood swings, anxiety, and even depression. Microplastics’ interference with serotonin and dopamine receptors could exacerbate emotional instability.

• Neurotoxicity: The accumulation of plastic particles and their associated chemicals could pose long-term risks for brain toxicity, potentially increasing susceptibility to neurological disorders over time.

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Detoxing the Brain and Body from Microplastics

Given the growing evidence of microplastic contamination in human brains, it is imperative to find effective ways to detoxify and eliminate these substances from the body. While complete detoxification from plastics may not be possible, several strategies can help reduce the impact of microplastics and potentially aid in their removal.

1. Hydration and Cleansing or Cleaning your Blood

Drinking plenty of filtered water can help flush out toxins, including microplastics, from the body. Staying hydrated supports the body’s natural detoxification processes, particularly the kidneys and liver, which filter out harmful substances. Opting for a reverse osmosis filter or carbon filters can reduce the intake of microplastics in drinking water.

2. Dietary Changes

A healthy diet rich in antioxidants and anti-inflammatory foods can help combat oxidative stress and inflammation caused by microplastics. Incorporating foods such as:

• Leafy greens (kale, spinach)
• Berries (blueberries, strawberries)
• Fatty fish (salmon, mackerel)
• Turmeric and ginger
• Green tea and flaxseeds

These foods have been shown to help reduce inflammation and promote detoxification. In addition, reducing processed food intake (often packaged in plastic) can minimize further exposure to plastics.

3. Regular Exercise

Exercise can stimulate lymphatic flow, which is crucial for flushing out toxins, including microplastics, from the body. Sweating during physical activity also aids in the removal of harmful chemicals from the skin and bloodstream.

4. Supplements and Herbal Remedies

Certain supplements and herbs may support detoxification:

• Activated charcoal: Known for its ability to bind to toxins and help eliminate them from the digestive system.
• Chlorella and spirulina: These algae-based supplements may help remove heavy metals and toxins, including microplastics, from the body.
• Milk thistle: Supports liver detoxification, helping the body process and eliminate toxins more effectively.

5. Avoiding Plastic Exposure

Minimizing the use of single-use plastics and switching to alternatives like glass, stainless steel, or wooden products can reduce the overall plastic load. Avoiding microwaving food in plastic containers, opting for plastic-free packaging, and filtering air at home can also help limit exposure.

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Conclusion

The discovery of microplastics in the human brain is a disturbing reminder of the widespread contamination of our environment and the potential long-term health risks we face. While more research is needed to fully understand the implications of microplastics on cognitive function, the evidence is compelling enough to warrant caution and action.

Taking proactive steps to reduce exposure to microplastics, maintain a healthy diet, stay hydrated, and support the body’s natural detoxification processes can help minimize the impact of plastic particles in our bodies. By raising awareness and making conscious lifestyle changes, we can collectively work towards a healthier, cleaner, and more sustainable future.

Heal Yourself

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Mitolyn Weight Loss Does it Really Work? All You Need to Know! - Try One FREE

 

Unveiling the Power of Mitolyn for Weight Loss

What People Are Saying About Mitolyn

Mitolyn has garnered rave reviews from users across the globe. Here are some testimonials:

• Sarah T., 38: “I’ve tried countless weight loss supplements, but nothing worked as well as Mitolyn. Within the first month, I lost 10 pounds and felt more energetic than ever. The best part? I didn’t experience any jitters or crashes.”

• Mike R., 45: “Mitolyn is a game-changer. I’ve been using it for three months and have lost over 25 pounds. My cravings are gone, and I’ve even noticed an improvement in my workouts.”

• Jennifer L., 29: “What I love about Mitolyn is that it’s not just about weight loss. I feel healthier, my skin looks better, and I have more energy throughout the day. Highly recommend!”

In the ever-evolving world of weight loss supplements, few products have garnered as much attention as Mitolyn. This revolutionary formula claims to be a game-changer for individuals striving to shed excess pounds while improving their overall health. But what exactly is Mitolyn? How does it work, and what sets it apart from the myriad of other weight loss supplements available today? Let’s delve into the science, ingredients, benefits, and real-world results of Mitolyn to uncover why it’s creating such a buzz.

What is Mitolyn?

Mitolyn is a cutting-edge weight loss supplement designed to target the underlying factors that contribute to weight gain. Unlike traditional supplements that rely on stimulants or extreme calorie restrictions, Mitolyn works by enhancing the body’s natural metabolic processes at a cellular level. It is touted as a metabolic optimizer that helps users burn fat more efficiently, increase energy levels, and maintain lean muscle mass.

The secret behind Mitolyn lies in its unique formulation, which combines scientifically proven ingredients that synergize to support weight loss and overall wellness. Its approach is holistic, aiming to improve mitochondrial function, the cellular powerhouse responsible for energy production, and enhance metabolic efficiency.

Key Ingredients in Mitolyn

The effectiveness of any supplement lies in its ingredients, and Mitolyn is no exception. Its proprietary blend includes:

1. L-Carnitine: A naturally occurring amino acid derivative that plays a critical role in energy production by transporting fatty acids into the mitochondria. L-Carnitine helps the body convert fat into energy, promoting fat loss and increased stamina.

2. Coenzyme Q10 (CoQ10): A powerful antioxidant that supports mitochondrial health and energy production. CoQ10 combats oxidative stress and enhances the body's ability to burn fat efficiently.

3. Green Tea Extract: Rich in catechins, particularly epigallocatechin gallate (EGCG), green tea extract boosts metabolism and promotes fat oxidation.

4. Chromium Picolinate: A trace mineral that improves insulin sensitivity, helps regulate blood sugar levels, and reduces cravings for sugary foods.

5. Garcinia Cambogia: A tropical fruit extract containing hydroxycitric acid (HCA), which is known to suppress appetite and inhibit fat storage.

6. Alpha-Lipoic Acid (ALA): An antioxidant that supports glucose metabolism and reduces inflammation, aiding in weight loss and overall health.

7. B-Vitamins: Essential for energy production, these vitamins help the body metabolize carbohydrates, fats, and proteins more efficiently.

8. Cayenne Pepper Extract: Contains capsaicin, a compound that enhances thermogenesis and increases calorie burning.

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Benefits of Mitolyn

Mitolyn’s unique formulation offers a plethora of benefits that extend beyond weight loss:

1. Accelerated Fat Burning: By enhancing mitochondrial function and thermogenesis, Mitolyn helps the body burn stored fat more effectively.

2. Increased Energy Levels: Users report feeling more energetic and less fatigued, thanks to improved cellular energy production.

3. Appetite Control: Ingredients like Garcinia Cambogia and Chromium Picolinate help suppress hunger and reduce cravings, making it easier to adhere to a calorie deficit.

4. Enhanced Metabolic Rate: Mitolyn stimulates the metabolism, allowing the body to burn more calories throughout the day.

5. Improved Insulin Sensitivity: By regulating blood sugar levels, Mitolyn supports stable energy levels and reduces the likelihood of fat storage.

6. Antioxidant Protection: Ingredients like CoQ10 and ALA combat oxidative stress, reducing inflammation and supporting overall health.

7. Lean Muscle Preservation: Unlike many weight loss supplements, Mitolyn helps maintain lean muscle mass while promoting fat loss.

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Real Stats: How Fast Does It Work?

Clinical studies and user testimonials suggest that Mitolyn delivers noticeable results within weeks. Here are some key statistics:

• Average Weight Loss: Users report losing 8-12 pounds within the first month of consistent use, paired with a balanced diet and regular exercise.

• Energy Boost: Over 90% of users experience increased energy levels within the first week.

• Cravings Reduction: 87% of users report a significant decrease in cravings and hunger pangs.

• Sustained Results: With long-term use, many users achieve and maintain their weight loss goals while enjoying improved overall health.

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How Fast Does Mitolyn Work?

Mitolyn’s effectiveness depends on individual factors such as diet, exercise, and metabolism. However, most users notice initial results within 7-10 days, with significant changes occurring after 4-6 weeks of consistent use. Combining Mitolyn with a healthy lifestyle amplifies its benefits, leading to faster and more sustainable weight loss.

The Science Behind Mitolyn

Mitolyn - Click Here to Learn the Science Behind Mitolyn  

Is Mitolyn Right for You?

Mitolyn is an excellent choice for individuals seeking a safe, effective, and holistic approach to weight loss. Its scientifically-backed ingredients, combined with real-world results, make it a standout in the crowded weight loss market. However, as with any supplement, it’s essential to consult with a healthcare provider before starting Mitolyn, especially if you have underlying health conditions or are taking other medications.

Final Thoughts

Mitolyn is more than just a weight loss supplement; it’s a comprehensive health optimizer that supports fat loss, boosts energy, and promotes overall well-being. With its unique formulation, glowing testimonials, and proven results, Mitolyn offers a promising solution for those looking to achieve their weight loss goals and improve their quality of life. Whether you’re starting your weight loss journey or looking for a sustainable way to maintain your progress, Mitolyn might just be the answer you’ve been searching for.

BUYER BEWARE - There are fake Mitolyn on numerous sites and on Amazon. Please purchase directly from a Mitolyn Site here Click Here For A FREE Bottle

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U.S Cities with the WORST Drinking Water

When the water crisis of  Flint, Michigan, hit national headlines a few years ago, U.S. water quality became a topic of national conversation. But as recent research shows, Michigan isn’t the only state dealing with dangerous water.

One-fourth of Americans currently receive water from a source that violates the Environmental Protection Agency's (EPA's) Safe Drinking Water Act. Violations range from inadequate testing to dangerous levels of contaminants like arsenic or lead. And these violations occur across the country, from rural counties to crowded cities.

While unsafe water flows across the nation, the most-affected areas are often low-income and rural. In part, this is because the latest water treatment technology is expensive — many small water systems find it difficult to keep their water treatment techniques to federal standards.

We’ve gathered the top 10 states with the worst public water ratings across the country, ranked by the total number of people served with unsafe and hazardous water. If your state is on the list, don’t worry — at the end of the article, we go into methods that you can use to test and improve the quality of your water.

WHAT IS HIGH QUALITY WATER

These states may have beautiful scenery, productive markets, and diverse cultures, but they share one thing in common — hazardous water quality.

These states may have beautiful scenery, productive markets, and diverse cultures, but they share one thing in common — hazardous water quality. Here's the top 10 list of poor water quality by state.

10. PUERTO RICO

Beautiful Puerto Rico is known for stunning beaches and architecture. But since hurricanes Irma and Maria hit in 2017, living conditions on the island have been bleak.

The storms wreaked  massive damage through the island, shutting down infrastructure and tourism for months. Still, electrical outages and unreliable generators mean that running water isn’t guaranteed and is often discolored and filled with sediment when it does run. The government has warned people to boil it thoroughly for three minutes before using.

As the island continues to recover from the hurricanes, its water conditions are slowly improving as well, in part because of  widespread distribution of water filters. However, many issues remain. Even before the hurricanes, nearly all of Puerto Rico’s water violated federal standards. And in 2019, 410 of Puerto Rico's public water systems violated the EPA's water quality standards, with 112 being serious violators. 

9. GEORGIA

The sunny southern state of Georgia leads the nation in peanut, pecan, and peach agriculture. It's an increasingly important urban center as well — Atlanta is  one of the country’s fastest-growing metro areas, and transplants from  around the nation are flocking to the sprawling city.

But the state’s water quality is some of the nation’s worst. With  polluted rivers, streams, and wells, it’s no wonder that much of Georgia’s drinking water doesn’t pass national water quality standards. In some areas, chloroform, radium, bromate, chromium, chlorate, arsenic, or radium levels are well above legal guidelines. Total trihalomethanes (THMs), which may have links to skin cancer, bladder cancer, and fetal development issues, were also found in some water systems. And PFAS and PFOA from thousands of gallons of firefighting foam at Georgia's three military bases have seeped into the groundwater, with some contaminant levels more than 5,000 times the recommended level.

In 2019,  600 of Georgia's public water systems violated the EPA's water quality standards, and 46 were serious violators.

8. ARIZONA

Arizona sprawls across the deserts and mountains of the western United States. Throughout the region, water is scarce  and growing scarcer — but getting enough water isn’t the state’s only problem.

Arizona tap water is also one of the most dangerous in the nation. According to recent reports, Phoenix tap water has the  highest average levels of chromium-6, a known carcinogen, in the United States. Other toxins linked to cancer and developmental issues, such as perfluorinated chemicals (PFCs), taint the water systems. And as of 2019, nine drinking water systems across the state have tested for higher levels of perfluorooctane sulfonate (PFOS) and perfluorooctanoic acid (PFOA) than permitted by the federal health advisory level. These toxins often come from substances like firefighting foam and household products and are incredibly difficult to remove.

In 2019,  more than 800 of Arizona's public water systems violated the EPA's drinking water standards, and 60 were serious violators. 

7. WASHINGTON

Washington is known for its nature-loving population, and cities  like Seattle are leading the nation in sustainability. The controversial “raw water” trend is popular in the northern state, and many of its residents make efforts to live eco-friendly lives.

But step outside city limits, and life looks different. Years of historically low snowpack on the Rocky Mountains means the rivers are beginning to run dry. But Washington’s  water crisis isn’t limited to water quantity — the state has some of the nation’s worst water quality.

Arsenic, chloroform, chromium, nitrate, radon, radium, and uranium are  just a few of the contaminants in Washington water, and in many communities, one or more are above the national safety levels. Almost all of the pollutants are known carcinogens, but the chemicals may also lead to developmental issues, liver damage, and reproductive difficulties. In 2019, Washington received a failing grade from the Environment America Research and Policy Center and U.S. PIRG Education Fund for failing to require lead testing in school drinking water.

In 2019,  1,047 of Washington's public water systems violated the EPA's water quality standards, and 112 of those were serious violators.

6. NEW JERSEY

New Jersey is one of the country’s top industrial centers. But the state’s urban sprawl comes with some dangers, including polluted water.

PFCs, which are made up of PFOA and PFOS, are synthetic chemicals used for their grease, water, and heat-resistant properties. However, researchers have realized that PFCs are also highly toxic. Although PFCs are phasing out of production, they continue to persist in water systems and may cause cancer, liver damage, and birth and developmental issues. According to estimates from 2017,  one in five New Jersey residents regularly drinks water contaminated with PFCs.

In 2019, Newark, New Jersey, drew comparisons to Flint, Michigan, when residents had to  line up for bottled water because city-provided filters had failed to keep lead out of the municipal tap water. Other water contaminants, including chlorine, have led to unsafe water exposure for 4.49 million New Jersey residents — over half of the state’s population.

In the same year,  almost 1,400 of New Jersey's public water systems violated the EPA's water quality standards, and 96 of those were serious violators. 

5. OHIO

One of America’s industrial centers, Ohio is also one of its most polluted states.

In 2016,  the town of Sebring discovered they had a Flint-like problem — unsafe levels of lead were found in the water system, leading to a brief shutdown of schools and businesses. Since then, conditions have somewhat improved throughout the state. But even low-level childhood exposure to lead can have harmful consequences, including the possible development of seizures, learning disabilities, and behavioral problems.

After years of poor mining practices, many rural Ohio communities live with water that has unsafe levels of iron, sulfate, or other mineral compounds. And Sebring isn't the only Ohio city with hazardous tap water. In 2019,  approximately 1,500 of Ohio's public water systems violated the EPA's water quality standards, and 58 of those were serious violators. 

4. CALIFORNIA

The Golden State is home to warm vineyards and the second-largest city in the country. But it also suffers from polluted water.

Many of California’s rural farming communities are drinking from  arsenic- and uranium-contaminated water systems. Combined with high nitrate levels from agricultural use, the pollution is high enough to potentially cause cancer and developmental issues in children.

In 2019, over 1 million California residents —  more than one in 10 people in 12 counties — received unsafe drinking water. About 1,600 of California's public water systems violated the EPA's water quality standards, and 23 were serious violators.

California’s poor drinking water affects mostly its low-income and rural communities. While the state has started to take action, it may take decades to remediate the drinking water challenges.

3. FLORIDA

The Sunshine State is known for sprawling beaches and world-renowned parks, drawing millions of tourists each year.

But in 2018, the water conditions of Florida faced two ecological emergencies.  Red tide microorganisms drifted into the Gulf of Mexico, and blue-green algae overflowed into rivers, lakes, and the ocean. The combination of both eco-disasters killed large amounts of marine life, and it has turned national attention to the state of Florida’s waters.

An overabundance of fertilizer and other pollutants led to the freshwater algae blooms, which seem to get worse every year. Hurricanes and storms cause floods that send contaminants into the water systems, further damaging the state’s drinking water. In some areas, Florida water has registered  high counts of coliform bacteria from human waste or unsafe levels of copper and lead.

In 2018, the state also delayed informing residents of substantial drinking water contamination with PFOS and PFOA near the Florida State Fire College for  nearly four months. And as of 2019, 1,650 of Florida's public water systems violated the EPA's water quality standards, and 101 were serious violators.

2. TEXAS

Texas leads the nation with  GDP growth and job creation, but it also tops the list with the worst public water ratings in the United States.

The most polluted water systems are in the state’s  small rural communities, where resources are scarce, and populations are often around 100 people per provider. Lead, radiation, and arsenic are among the top pollutants, partly due to old pipes and water systems, and partly because of contaminants spilled directly into waterways. Almost 500,000 Texas residents also live in areas with contaminated groundwater.

Roughly 12.07 million Texans are served with unsafe water, and the quality doesn’t seem to be improving — the latest reports say that Texas still has  the country’s most radiated drinking water. 

In 2019,  3,358 of Texas's public water systems violated the EPA's water quality standards, and 455 were serious violators. 

1. PENNSYLVANIA

With a rich history and a flourishing job market, the Keystone State is attracting new residents from all corners of the nation. To the casual observer, Pennsylvania’s beautiful countryside, gentle mountains, and diverse cities make it an ideal place to settle. However, Pennsylvania has a long history of water pollution.

Pennsylvania’s economy relied heavily on coal mining for decades. But unregulated mining practices led to a steady flow of pollution, producing black snow and rust-colored streams. Up to  20,000 miles of streams do not meet federal water quality standards for fishing and swimming. Over 200,000 abandoned gas and oil wells dot the landscape, leaching contaminants into groundwater. Along with toxic chemicals, sewage regularly overflows in some areas during hard rains and washes into river systems. And near Philadelphia, about 85,000 residents live in an area where drinking water is unsafe because of PFAS contaminants from firefighting foam at nearby decommissioned military bases.

For some communities, life in rural Pennsylvania has been deeply affected by fracking — a common problem concerns the well water, which can be discolored and odorous. Nearly 6 million Pennsylvanian residents are served with unsafe water systems, and while the state continues to enact new policies, conditions remain largely the same for many small communities.

In 2019,  4,010 of Pennsylvania's public water systems violated the EPA's water quality standards, and 352 were serious violators.

HOW CAN I FIND OUT IF MY HOME HAS POOR WATER QUALITY?

If your state made the list with some of the worst water quality, don’t worry — you can take action to improve your drinking water.

Here are a few steps you can take to determine the safety of your water.

1. ASK YOUR PROVIDER

Before testing the water yourself, contact your local water provider. All municipalities are required to have water testing done and provide their consumers with the results, whether via mailings or a website post. Look for your municipality's required drinking water report, and get in touch directly if you can't find one.

The report should give you detailed information about the levels of common contaminants such as arsenic, lead, or PFCs. Contacting your provider gives you a valuable starting point — even if you wish to conduct further tests, you will have an idea of what you’re looking for.

2. SEND SAMPLES FOR TESTING

For the most trustworthy results, send off a sample of your drinking water to  a certified water-testing laboratory. Experts can run a series of professional tests on your sample, looking for hard-to-detect chemicals such as PFCs.

Typically, laboratories will examine the amounts of chlorine, pesticides, lead, bacteria, and volatile organic compounds in your water, along with pH levels. They can look for other compounds at your request, giving you a thorough report on the quality of your drinking water.

Remember that water quality sampling gives you information only about a single moment in time. Its usefulness is limited since water quality varies from week to week and month to month. Sampling can also become prohibitively expensive because you must pay extra for each additional contaminant you want to test for.

3. TEST YOUR WATER AT HOME

Home testing kits are less precise than professional laboratory testing, but they can provide information about the general state of your water.

You can purchase kits from a variety of different manufacturers, but they all operate similarly — you will take a test strip, expose it to water, and note what color it turns. The kit will come equipped with a color chart matching different tones to different chemicals.

Test your water multiple times to make sure the results are consistent. If any chemical registers in a hazardous amount, contact your local water provider.

Home water testing comes with some of the same caveats as professional water testing. Water quality varies, so a single test, or even a few tests, will give you limited information. Home testing kits are also more limited in what they can test for than professional laboratory testing.

4. INVEST IN A FILTER

The easiest solution is to invest in a water filter. You can avoid most toxins and contaminants with a high-quality water filter. And you'll gain the peace of mind of not having to worry about varying water quality or about whether you've tested for the right contaminants.

Not all filters are the same, however. Some can reduce concentrations of only a few contaminants, while others can address many more. The best and most practical way to reduce pollution in your drinking water is through  a carbon block filtration system. Using microscopic filtration technology, carbon block filters cleanse your water of many impurities without requiring you to re-route your water supply.

From  whole-house systems to small models that sit on your countertop, carbon block filters come in a wide range of sizes and designs so you can find the option that best suits your home.

CLEAN WATER YOU CAN TRUST

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According to WHO ( World Health Organization)

1. Contaminated water and poor sanitation are linked to transmission of diseases such as cholera, diarrhoea, dysentery, hepatitis A, typhoid and polio. Absent, inadequate, or inappropriately managed water and sanitation services expose individuals to preventable health risks.

2.  Some 829,000 people are estimated to die each year from diarrhoea as a result of unsafe drinking-water.

3. Diarrhoea is the most widely known disease linked to contaminated food and water but there are other hazards. In 2017, over 220 million people required preventative treatment for schistosomiasis – an acute and chronic disease caused by parasitic worms contracted through exposure to infested water.

4.  With children particularly at risk from water-related diseases, access to improved sources of water can result in better health, and therefore better school attendance, with positive longer-term consequences for their lives

Invest in a any water filter and save you and your families life.  

Top Dangerous Chemicals Found in Your Home..

What Are You Cleaning With?

Common household items such as cleaners, detergent, auto supplies and paint may contain dangerous chemicals. 

What potentially dangerous chemicals can be found in the typical home?

Potentially dangerous chemicals can be found in every room in your home. If not properly stored or used, these products could cause minor to serious and even life-threatening health problems for you or your children.

What are these every day household chemicals? Let’s take a tour of the rooms of your home and discover what some of these chemicals are and what health harms they may cause.

In the laundry room/utility room

Laundry detergents. These products contain enzymes (as noted by the names "cationic," "anionic" or "non-ionic" on the label) to loosen stains and ground-in dirt. Cationic detergents are the most toxic when taken internally. Ingestion can result in nausea, vomiting, shock, convulsions and coma. "Non-ionic" detergents are less toxic but can irritate skin and eyes or make you more sensitive to other chemicals. Asthma can develop if a person is exposed to large quantities of detergent. Detergents are also responsible for many household poisonings from accidental swallowing.

All-purpose cleaners. There are numerous "all-purpose" cleaning products on the market. These products usually contain detergents, grease-cutting agents, solvents and/or disinfectants. The specific chemicals in these ingredients include ammonia, ethylene glycol monobutyl acetate, sodium hypochlorite and/or trisodium phosphate. Depending on the ingredients used, all-purpose cleaners can irritate the skin, eyes, nose and throat. They can be highly poisonous to both humans and animals if swallowed.

• Safety tips: When working with an all-purpose cleaner, always wear rubber gloves to protect your skin. Also, be sure that there is good air circulation in the room. Open several windows or keep a fan running. Most importantly, NEVER mix two cleaners of different kinds together, especially products containing ammonia and chlorine (bleach). This mixture can result in the production of a gas called chloramine, which can cause serious breathing problems and be potentially fatal if inhaled in great quantities.

Bleach. Household bleach contains the chemical sodium hypochlorite in different concentrations ranging from 0.7 percent to 5.25 percent. These percentages are the amount of the chemical in the liquid; the rest of the liquid is mostly water. Chlorine bleach liquid and vapors can irritate the skin, eyes, nose and throat. Dermatitis may result from direct skin contact. Ingestion can cause esophageal injury, stomach irritation and prolonged nausea and vomiting.

Alkalined Water Machine

Never mix chlorine bleach with any other household cleaning products and especially not with ammonia. Doing so can result in different types of poisonous gases being released, which can cause very serious breathing problems.

Pet flea and tick treatments. Many of the pet flea and tick treatment products contain pesticides that consist of the chemicals imidacloprid, fipronil, pyrethrins, permethrin and methoprene. These chemicals can cause headache, dizziness, twitching and nausea.

• Safety tips: When using these products on your dog or cat, be sure not to pet them for at least 24 hours. If you forget and do pet them, wash your hands and skin immediately with a lot of soap and water.

Insecticides. Insecticides contain some of the same pesticides found in pet flea and tick treatments. In addition to permethrin, other pesticide chemicals commonly found in insecticides are diazinon, propoxur and chlorpyrifos. These chemicals can cause headache, dizziness, twitching and nausea.

• Safety tips: When using an insecticide in the home, make sure it doesn't get on food or substances that come in contact with food, like dish towels, dishes, silverware or counter tops.

In the kitchen

Dishwashing detergents. The main ingredient in automatic and hand dishwashing detergents is phosphate. Automatic dishwashing detergents are known to produce skin irritations or burns and may be poisonous if swallowed. Hand dishwashing detergents are milder than automatic dishwashing detergents. If swallowed, they may cause irritation to the mouth and throat, nausea, but they are not fatal if swallowed.

Oven cleaners. The basic ingredient in oven cleaners is lye (consisting of either sodium hydroxide or potassium hydroxide). Lye is extremely corrosive and can burn your skin and eyes. It can cause severe tissue damage and may be fatal if swallowed.

• Safety tips: When working with oven cleaners, always wear an apron, gloves, and safety goggles. Do not breathe the fumes. Make sure the work area is well ventilated. The best tip: Non-toxic oven cleaners without lye are available. Look at the label and select a product that does not contain lye.

Antibacterial cleaner. Antibacterial cleaners usually contain water, a fragrance, a surfactant (to break up dirt), and a pesticide. The pesticides commonly used in antibacterial cleaners are quaternary ammonium or phenolic chemicals. Antibacterial cleaners can irritate your eyes and burn your skin and throat.

• Safety tips: To help protect your skin when using these cleaners, wear latex dishwashing gloves. If you get some on the cleaner on your skin or in your eyes, wash it off immediately.

Window and glass cleaner. The basic ingredients of window/glass cleaners are ammonia and isopropanol. These products may be irritating to the eyes, skin, nose, and throat. If swallowed, they may cause drowsiness, unconsciousness or death.

• Safety tips: Always wear gloves to use these products and use in a well-ventilated area.

Bait traps for ants, cockroaches, crickets and other insects. The insecticides commonly found in insect baits include abarmectin, propoxur, trichlorfon, sulfluramid, chlorpyrifos, and boric acid. Since most insect baits are enclosed in containers, it’s unlikely that you’ll come in contact with the pesticides within them. If you do, wash your hands with plenty of soap and water.

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In the bathroom

Toilet bowl cleaners. Toilet cleaners contain the chemicals sodium hypochlorite or hydrochloric acid, or bleach. Most disinfectant cleaners are very irritating to your eyes and skin and will burn your throat.

Never mix a toilet bowl cleaner with any other household or cleaning products. Doing so can result in poisonous gases being released and can cause very serious breathing problems.

• Safety tips: Always be sure when cleaning your bathrooms that the room has plenty of ventilation. Leave the door open and use the exhaust fan, if you have one. Wear latex dishwashing gloves to help protect your skin from splashes when using toilet cleaners. If you splash some on your skin, wash it off immediately.

Mold and mildew removers. Chlorine and alkyl ammonium chlorides are the common fungicide chemicals found in mold and mildew removers. Cleaners with mold and mildew removers may cause breathing problems and if swallowed, can burn your throat.

• Safety tips: Wear latex dishwashing gloves to help protect your skin when using these products. If you get some on your skin, wash it off immediately.

Drain cleaners. Lye and sulfuric acid are the main ingredients used to unclog drains. Lye can cause burns to skin and eyes, and if swallowed, can damage the esophagus and stomach. Sulfuric acid can irritate the skin and eyes and can damage the kidneys, liver, and digestive tract. These chemicals produce dangerous fumes, can cause skin burns, and can cause blindness if they come in contact with your eyes. Drain cleaners can be fatal if swallowed.

• Safety tips: Always use protective gloves and wear goggles when using these products. Also, make sure there is good air circulation in the room when these cleaners are used.

In the living room

Rug, carpet, upholstery cleaners. These cleaning products can contain perchloroethylene (used in dry cleaning), naphthalene and ammonium hydroxide. The fumes given off by these products can cause cancer and liver damage and have been known to cause dizziness, sleepiness, nausea, loss of appetite, and disorientation.

• Safety tips: Use these products in well-ventilated areas and try not to breathe the fumes.

Furniture polish. Furniture cleaners for wood may contain petroleum distillates and oil of cedar. Furniture polish typically contains one or more of the following substances: ammonia, naphtha, nitrobenzene, petroleum distillates and phenol. These chemicals may irritate your skin, eyes, throat, lungs, and windpipe. If swallowed, furniture polish can cause nausea and vomiting; medical help should be sought.

Air fresheners. Air fresheners contain formaldehyde, petroleum distillates, p-dichlorobenzene and aerosol propellants. These chemicals are thought to cause cancer and brain damage. They also are strong irritants to eyes, skin, and throat. These ingredients are usually highly flammable. Additionally, solid fresheners usually cause death if eaten by people or pets.

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• Safety tips: Do not spray air fresheners around an open flame. Use them only in a well-ventilated areas. Baking soda, which is not toxic, can be used as an alternative to air freshener.

Household foggers. Like insecticide and pet flea and tick products, household foggers or "bug bombs" contain many of the same pesticide chemicals, such as pyrethrins, permethrin, and methoprene. Exposure to these chemicals could cause burning in your eyes or your skin or can result in breathing problems. The contents of foggers can be flammable.

• Safety tips: Proper use of foggers requires that all windows and doors to the specific room or entire house be closed. Therefore, all people and pets need to get out of the house – even if the specific room being "bug bombed" is closed off. The gas emitted from these foggers will seep under doors and through air vents. Toys, food, plates, cups, silverware and cookware should not be left out anywhere. After the fogger is finished, clean all table and counter tops before using them. The house or room also should be aired out. Turn on your air conditioner or open the windows. Use fans to help air out the house.

In the bedroom

Mothballs. The pesticides in mothballs are chemicals known as naphthalene and p-dichlorobenzene. Breathing the fumes from mothballs may cause headaches and dizziness and may irritate the skin, eyes, and throat. Extended exposure to the vapors may result in cataract formation and liver damage.

In the backyard, pool and garden shed

Swimming pool chloride tablets. Disinfectants containing chlorine for use in swimming pools are the chemicals calcium and sodium hypochlorite. These chemicals are the same but in a higher concentration than those found in other household disinfectant cleaners because they will be diluted in a very large amount of water. Coming in contact with these chemicals before they are diluted cause breathing problems and a burning sensation to eyes and skin. If swallowed, the chemicals can burn the throat and could be fatal.

Algicides for the pool. The chemicals in algicides for swimming pools commonly include alkyl ammonium chlorides. These chemicals can cause breathing problems. If swallowed, they can burn the throat.

Insect repellents. The pesticides commonly found in repellents are pyrethrins and a chemical more commonly known as DEET. The chemicals in repellents may cause a burning sensation to eyes, skin and throat. The chemicals also may cause anxiety, behavioral changes, mental confusion and a loss of coordination.

• Safety tips: If the label says that you can apply the repellent to skin or clothes, apply it only to your clothes. It will work just as well. Keep repellents away from the eyes and mouth and away from any cuts on the skin. Don’t spray the repellent on your face. When you come indoors, take a bath to wash off the chemicals and launder your clothes.

Weed killers. The common pesticides in weed killers are diquat, 2,4-D, and glyphosate. Some weed killers can irritate the eyes and skin. Some of these chemicals can be very harmful if swallowed or inhaled or if large amounts get on skin and are not immediately washed off.

Baits for rodent control. The pesticide commonly found in baits is known as warfarin. This chemical causes internal bleeding if ingested in large amounts.

In the garage

Antifreeze. Ethylene glycol, the main hazardous ingredient of antifreeze, is extremely poisonous. Though inhalation of the fumes can causes dizziness, swallowing antifreeze will cause severe damage to the heart, kidneys and brain. Antifreeze can be fatal if swallowed.

• Safety tips: If you need to clean up antifreeze – the bright green or yellow liquid you find in your garage or driveway – make sure you wear gloves because ethylene glycol is absorbed through the skin. Also, keep your pets away from spilled antifreeze. Pets are attracted to antifreeze because of its sweet smell, but licking or drinking the fluid can kill your pet. A much safer alternative to ethylene glycol is propylene glycol. Before purchasing antifreeze, look at the label to identify products containing the less toxic chemical, propylene glycol.

Motor oil. Used oil or waste motor oil may be contaminated with magnesium, copper, zinc and other heavy metals deposited from your vehicle’s engine. Oil contains chemicals that can cause nerve and kidney damage and that are suspected of causing cancer.

Latex paint. Unless ingested in large quantities, water-soluble latex paints are not highly toxic. However, some latex paints emit formaldehyde when drying. High levels of formaldehyde can give you a headache and irritate your eyes, nose and throat.

Oil-based paint. Oil-based paint contains organic solvents that can be irritating to eyes and skin, and can cause cracking of skin. Inhaling paint fumes can result in headaches, nausea, dizziness and fatigue. Most of these symptoms go away once you go out into fresh air. However, frequent exposure to these chemicals in the presence of poor air circulation can cause kidney, liver and blood problems.

• Safety tips: When painting, keep windows and doors fully open. Place a box fan in a window to direct air and fumes outdoors. Keep the fan on while painting and for 48 hours thereafter. Keep small children away from the room being painted and away from open paint cans.

Batteries. Most wet-cell batteries in use in today’s cars, SUVs and trucks are sealed so you cannot be exposed to the batteries’ contents, which include sulfuric acid and lead. However, when activated, the electrolyte solution in the battery produces explosive gases that can be easily ignited.

Batteries that contain sulfuric acid must be labeled. Sulfuric acid fumes are strongly irritating and contact can cause burning and charring of the skin, or blindness if you get it in your eyes. Lead is poisonous in all forms and accumulates in our bodies and in the environment.

• Safety tips: Never break the seal of wet-cell batteries. If the seal is accidentally broken, keep children and pets away from the area until the battery's acid is cleaned up. Wash your hands after any contact with wet-cell batteries.

Windshield washer fluid. Common chemicals in windshield washer fluid are methanol, ethylene glycol, and isopropanol. Collectively, these products can irritate the lining of your nose, mouth and throat and can cause damage to the nervous system, liver, kidneys, heart and brain. Ingestion can result in drowsiness, unconsciousness and death.

courtesy of clevelandclinic.com

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