Microplastics, Destroyer of Worlds.

The Slow Kill of Humanity

Microplastics, Destroyer of Worlds

Throughout all our articles please understand that humanity is under incredible attack from a multitude of toxins and impurities. This is the incremental buildup of toxins in the body over time which leads to a multitude of health problems and shortened life expectancy. It is crucial to educate ourselves and take the necessary steps to safeguard ourselves and, more importantly, our children, the future generation. Remember that these problems also affect our food, pets and all living creatures on earth.

Our goal is not to instil fear, but to raise awareness and empower people to make informed choices. At Rasler, we prioritize Natural Bamboo, which plays a crucial role in combating the threat of Microplastics. However, we believe in living without fear, which is why our motto is:

What are Microplastics?

Microplastics are tiny plastic particles from nano particles to 5 millimeters in size, resulting from the breakdown of larger plastic debris. Over time, plastic items disintegrate due to exposure to sunlight, wind, and water, a process known as photodegradation. This fragmentation leads to the formation of microplastics, which are pervasive in the environment. They are found in oceans, rivers, soil, and even the air we breathe. Microplastics have been detected in a wide range of food products, including seafood, salt, and bottled water, posing potential health risks to humans and wildlife. These particles can accumulate in the digestive systems of marine organisms, leading to physical harm and chemical contamination. The widespread presence of microplastics highlights the urgent need for reducing plastic waste and finding sustainable alternatives to mitigate their impact on the environment and human health.

Although there are major steps being taken across the world to oppose this massive problem, we owe it to ourselves and especially to our children to guard ourselves against this atrocity.

1. Ocean Waters: Microplastics pervade the ocean, ingested by marine life, affecting food chains and ecosystems globally.

2. Freshwater Rivers: Rivers carry microplastics from inland sources to oceans, impacting freshwater species and habitats.

3. Beaches: Sand on beaches often contains microplastics, remnants of plastic waste degraded by sunlight and waves.

4. Soil: Agricultural lands contain microplastics from treated sewage sludge and plastic mulching used in farming.

5. Air: Microplastics are airborne, traveling vast distances, and depositing in remote areas, including mountains and forests.

6. Sea Ice: Arctic and Antarctic Sea ice entraps microplastics, releasing them during melt, affecting polar ecosystems.

7. Deep Sea Sediments: Ocean floors accumulate microplastics, posing risks to deep-sea creatures and benthic ecosystems.

8. Aquatic Biota: Microplastics are found inside aquatic organisms, from plankton to whales, often causing harm.

9. Drinking Water: Tap and bottled water may contain microplastics, raising concerns about human ingestion and health.

10. Food Supply: Seafood and other foods can contain microplastics, entering the human diet unnoticed.

11. Cosmetics: Many beauty products contain microplastics, which wash into waterways after use.

12. Laundry: Synthetic clothes release microplastics into water systems with each wash cycle.

13. Landfills: Waste management sites leach microplastics into the surrounding soil and groundwater.

14. Urban Runoff: Rain washes microplastics from streets and land into storm drains and water bodies.

15. Industrial Effluents: Factories discharge microplastics into waterways through wastewater.

16. Wildlife: Birds and land animals ingest microplastics, mistaking them for food.

17. Household Dust: Everyday activities generate microplastic dust, accumulating in homes.

18. Recreational Areas: Parks and playgrounds contain microplastics from artificial turfs and degraded plastics.

19. Agricultural Products: Fruits and vegetables may have microplastics from contaminated soils and water.

20. Commercial Products: Packaging materials break down into microplastics, spreading through the environment.    The Human Body.    This is serious folks!    Microplastics have been detected in “ALL” parts of the human body, reflecting their pervasive presence in the environment. * Lungs: Microplastics are inhaled and can settle deep within lung tissues. * Bloodstream: Microscopic particles circulate through our veins, reaching different organs. * Placental Tissue: Expectant mothers may transfer microplastics to foetuses via the placenta. * Male Gene Talia: It is present in male Gene Talia and sperm * Breast Milk: Nursing infants might ingest microplastics present in human milk. * Liver: This vital organ can accumulate microplastics, potentially affecting its function. * Kidneys: Microplastics may be found in kidneys, possibly influencing filtration processes. * Digestive System: Consumed microplastics can travel through the entire digestive tract. * Colon: Microplastics from ingested food or water can end up in the colon. * Faeces: Human waste often contains microplastics, indicating ingestion or inhalation. * Saliva: Microplastics can be present in saliva, entering through food or air. * Heart: Particles may reach the heart, with unknown effects on cardiovascular health. * Brain: There’s concern that microplastics could cross the blood-brain barrier. * Skin: Microplastics in cosmetics can penetrate the skin’s surface layers. * Muscles: With widespread contamination, microplastics might be found within muscle tissue. * Thyroid: Hormone-regulating glands like the thyroid could harbour microplastics. * Adipose Tissue: Fat stores in the body may contain accumulated microplastics. * Reproductive Organs: It has been detected in male reproductive organs as well as semen.    * Eyes: Contact lens wearers might introduce microplastics directly to their eyes.    * Gallbladder: Microplastics could affect bile production and digestion.    * Pancreas: This organ’s role in insulin production could be influenced by microplastics. The presence of microplastics in the human body is a growing concern, highlighting the need for further research into their potential health impacts.

Food.

Storage Containers and Cooking Utensils

Microplastics, tiny plastic particles less than 5 millimetres in size, pose significant health risks when they contaminate food storage and cooking utensils. These particles can leach into food, especially when plastic containers are heated or used for long periods. Common sources of microplastics in food include plastic food storage containers, cooking utensils, and packaging materials. When ingested, microplastics can disrupt the endocrine system, leading to hormonal imbalances. They can also cause oxidative stress, DNA damage, and inflammation, increasing the risk of chronic diseases such as cancer and autoimmune disorders. Additionally, microplastics can accumulate in the digestive system, potentially leading to gastrointestinal issues and reduced nutrient absorption. The pervasive nature of microplastics means they are found in a wide range of food products, from bottled water to fresh produce. To mitigate these risks, it is advisable to use alternatives like Bamboo, Glass or Stainless steel for food storage and cooking, and to avoid heating food in plastic containers. By reducing our reliance on plastic, we can minimize our exposure to these harmful particles and protect our health and the environment.

Go green, go Bamboo

Clothing:

Here we must understand there are two dangers, The first being that all non-natural clothing gives off micro particles of plastic, our skin absorbs these where builds up slowly throughout our bodies, and secondly, it builds up static electricity which interferes with us being electrical beings.

Non-natural materials used in clothing manufacturing are typically synthetic fibres created through chemical processes. Here are some common non-natural materials:

•  Polyester: Made from petroleum, polyester is one of the most widely used synthetic fibres. It is durable, resistant to shrinking and stretching, and quick drying.
• Nylon: Another petroleum-based fibre, nylon is known for its strength, elasticity, and resistance to abrasion. It is commonly used in activewear and hosiery.
• Acrylic: Made from acrylonitrile, acrylic fibres are lightweight, soft, and warm. They are often used as a wool substitute in sweaters and blankets.
• Spandex (Lycra/Elastane): Known for its exceptional elasticity, spandex is used in sportswear, underwear, and other garments that require stretch.
• Rayon (Viscose): Although derived from natural cellulose, rayon is chemically processed to create a fibre that mimics the feel of natural fibres like silk and cotton.
• Acetate: Made from cellulose acetate, this fibre is used in linings, lingerie, and formal wear due to its silky appearance.
• Polypropylene: A thermoplastic polymer used in activewear and thermal clothing for its moisture-wicking properties.

These synthetic materials are popular due to their durability, versatility, and cost-effectiveness. However, they also have environmental drawbacks, such as being non-biodegradable and contributing to microplastic pollution.

 What About Static Electricity:

Yes, there is a connection between non-natural materials used in clothing and the buildup of static electricity, which can interfere with the human body. Here's a brief overview:

 Static Electricity and Synthetic Fabrics

Synthetic Fabrics: Materials like polyester, nylon, and acrylic are more prone to static electricity because they are less moisture-retentive compared to natural fibers like cotton and wool. This lack of moisture makes synthetic fabrics more likely to hold an electrical charge.

Friction: Static electricity is generated when different materials rub against each other, causing an exchange of electrons. This is why you often experience static shocks when wearing synthetic fabrics, especially in dry conditions.

Research found static electricity generated by synthetic clothing affects the human body, including muscle function and the body's electromagnetic field, often referred to as the aura. Here are some key points from the research:

Static Electricity and Muscle Function

• Interference with Muscle Function: Synthetic fabrics like polyester and nylon can generate static electricity through friction. This static buildup can potentially interfere with the body's natural electrical signals, which are crucial for muscle function. Some studies suggest that this interference can lead to muscle fatigue and reduced performance during exercise.

Static Electricity and the Aura

• Electromagnetic Field: The human body generates a weak electromagnetic field, often referred to as the aura. Static electricity from synthetic clothing can disrupt this field, potentially affecting overall well-being. While the scientific community is still exploring the full extent of this phenomenon, some researchers believe that prolonged exposure to static electricity can lead to discomfort and stress. Only when researching the Law of attraction connection to this magnetic field can we understand the negative interference synthetic clothing has on us.

Practical Implications

• Choosing Natural Fibers: To minimize the effects of static electricity, it is advisable to wear clothing made from natural fibres like Bamboo, Cotton, Wool, or Hemp, especially during exercise. These materials are less likely to generate static electricity and are generally more comfortable and breathable. We chose Bamboo as our main material as it has the most benefits and most sustainable.

Further Research

• Ongoing Studies: The relationship between static electricity, muscle function, and the body's electromagnetic field is an area of ongoing research. Scientists are continually exploring how different materials and environmental factors influence these interactions.

By understanding these effects, you can make more informed choices about your clothing, particularly for activities like exercise where muscle function and comfort are paramount.

Reducing Static Electricity

Natural Fibers: Opting for clothing made from natural fibers like cotton and wool can help reduce static buildup.

Humidity: Increasing the humidity in your environment can also help dissipate static charges.

 By understanding the relationship between synthetic fabrics and static electricity, you can make more informed choices about your clothing to minimize discomfort and potential interference with your body's natural electrical balance.

And Remember, No Fear!

 

Regards

Emil