Study Finds Microplastics in Human Bones

When you hear the word “microplastics,” you probably picture ocean pollution, piles of discarded bottles, or plastic waste swirling in rivers. But here’s the shocking truth: microplastics are not just an environmental problem anymore. They’ve now been discovered inside human bones, where they may be quietly weakening our skeletons and fueling inflammation.

A Recent Microplastics Study

A recent review of 62 studies, conducted by researchers in Brazil, Canada, and France, reveals how microplastics may influence bone and bone marrow. One of the lead scientists, Rodrigo B. Oliveira from the State University of Campinas in Brazil, studies how environmental toxins change bone biology.

And what he found is alarming:

“In vitro studies with bone tissue cells have shown that microplastics impair cell viability, accelerate cell aging, and alter cell differentiation, in addition to promoting inflammation.”

Microplastics come from many sources, including:

• Synthetic textiles and synthetic clothing fibers, which are a major source as they break down and release micro and nanoplastics into the environment

• Personal care products (like exfoliating beads)

• Tire wear particles

• Plastic packaging and containers

That discovery should be a wake-up call. Bones aren’t just structural scaffolding. They’re living, dynamic tissue — constantly breaking down and rebuilding, storing minerals, producing immune cells, and regulating whole-body health. If microplastics are disrupting these processes, the consequences go far beyond bone strength.

So what can we do? We can’t escape microplastics entirely — but we can take strategic action. Supporting the thyroid, liver, and cellular membranes while actively binding and eliminating toxins can reduce the body’s burden. That’s the purpose of the Accelerated Microplastics Detox Cleanse: a structured protocol designed to help the body eliminate microplastics and restore cellular resilience.

Let’s look at the science — and the solutions.

What Are Microplastics?

Definition

Microplastics are defined as plastic particles less than five millimeters in size, which is about the size of a pencil eraser. Many microplastics are so small they cannot be seen by the human eye. They’re everywhere: in our food, water, air, and household dust.

There are two main categories:

• Primary microplastics: manufactured at that size (think microbeads in cosmetics or plastic powders used industrially).

• Secondary microplastics: formed when larger plastics — bottles, bags, synthetic clothing fibers — break down into smaller pieces over time.

Where They Come From

The average person consumes an estimated 5 grams of plastic every week — the equivalent of eating a credit card. Sources include:

• Bottled water: Even the most “pure” brands test positive for microplastic particles.

• Tap water: Contaminated by plastic pipes, runoff, and environmental pollution.

• Seafood: Fish and shellfish accumulate plastics from the ocean.

• Packaged foods: Plastics leach into food during processing and storage.

• Household dust & air: Synthetic clothing and indoor plastics shed fibers we breathe in.

Microplastics are also found in sediment samples from aquatic environments, indicating widespread contamination. Secondary microplastics are created when larger plastic debris undergoes mechanical breakdown and chemical weathering processes, fragmenting into smaller particles.

The problem isn’t just exposure — it’s what happens when those particles enter our bodies.

Bone Structure and Function

You might think of bones as just the sturdy scaffolding holding you upright, but here’s what’s truly amazing—they’re actually vibrant, living tissue with their own blood vessels, enabling growth, repair, and nutrient exchange. That tough outer shell you can feel? That’s your cortical bone (also called compact bone), and it’s like having a personal bodyguard that never takes a break, providing rock-solid structural support while standing guard to protect your precious internal organs from life’s bumps and bruises. Just beneath that protective fortress lies something pretty incredible: cancellous bone (or spongy bone, as it’s often called), which cradles your bone marrow—the bustling factory where your blood cells are born.

What’s happening on the bone surface is nothing short of remarkable. Specialized lining cells are constantly at work, like skilled architects overseeing construction, carefully managing bone growth and that amazing remodeling process that keeps your skeleton strong and resilient year after year. Deep inside this living framework, you’ve got your bone matrix—think of it as nature’s perfect recipe combining collagen, non collagenous proteins, and essential minerals like calcium and phosphate. This incredible blend is found in both woven bone and lamellar bone, and is what gives your bones their impressive strength and the rigidity you depend on every single day.

Woven bone occurs initially during bone development and fracture repair, as osteoblasts produce osteoid rapidly to form new bone tissue. However, this early bone is later replaced by more resilient lamellar bone, which makes up the majority of the adult skeleton. Lamellar bone is stronger and provides greater structural integrity than woven bone.

Bone formation and bone development are dynamic processes involving osteoblasts, which build bone by producing osteoid and replacing old tissue with new bone tissue. Bone mass accumulates during growth and is maintained throughout life, while skeletal mass changes from birth to adulthood as bones mature and remodel. Peak bone mass is typically reached in early adulthood, usually by the mid-twenties. This peak serves as the baseline for bone health and plays a crucial role in influencing bone remodeling and age-related bone loss.

Bones protect vital organs such as the brain, heart, and lungs. The thigh bone (femur) is the largest bone in the human body, providing essential support for movement and weight-bearing. Sesamoid bones, like the patella, are small bones embedded within tendons that help protect tendons and improve joint function.

Bone fractures are breaks in the bone, often caused by trauma such as falls or accidents, and require prompt medical attention to ensure proper healing.

Bone remodeling is a continuous process that maintains the structural integrity of the adult skeleton by replacing old bone with new bone tissue throughout life.

Characterization and Quantification of Microplastics

You know that unsettling feeling when you realize something invisible might be affecting your health? That’s exactly what’s happening with microplastic particles — they’re everywhere around us, and understanding their presence and impact on both our environment and our bodies has become absolutely critical. The good news is that brilliant scientists have developed some pretty amazing methods to track down these tiny invaders and measure exactly what we’re dealing with.

Microplastics in the Human Body

Where They’ve Been Found

Scientists have detected microplastics in:

• Bloodstreams

• Lung tissue

• Placentas

• Brain tissue

• And now — bone tissue

This widespread infiltration shows plastics don’t simply pass through. They accumulate, disrupt, and interfere with critical biological systems.

How They Damage Bone Health

• Weaken bone-building cells. Osteoblasts (bone-building cells) struggle to survive in the presence of microplastics.

• Accelerate bone breakdown. Stem cells shift toward osteoclast activity (bone resorption), tipping the balance away from bone strength.

• Fuel inflammation. Microplastics act like splinters — provoking immune responses and chronic inflammation.

• Increase oxidative stress. Free radical damage erodes bone health and speeds aging.

• Reduce bone density. Over time, bones become more fragile and fracture-prone.

These changes illustrate the health impacts of microplastics, which can negatively affect both bone and overall health.

Since bones also house bone marrow, where immune cells are born, microplastic disruption may also compromise immunity. Additionally, microplastics can be further broken down by digestive processes, which may contribute to their spread and impact within the body.

Clinical Significance of Microplastics

What's truly alarming is how these microscopic fragments aren't just passing through harmlessly. They're setting up camp in your body, physically blocking vital pathways and chemically poisoning you from the inside out by releasing toxic substances. We're seeing connections between microplastic exposure and some pretty serious health challenges—cancer, fertility problems, and metabolic disorders that are turning people's lives upside down.

What we're learning about how microplastics interact with your tissue and trigger metabolic disorders is sparking real change in public health policy, environmental protection, and waste management. As the evidence keeps mounting, one thing becomes crystal clear: protecting your human health means getting serious about reducing your exposure to these plastic particles—and that's something we can actually do something about.

Why Detox Matters in the Age of Microplastics

You cannot avoid microplastic exposure entirely. Even the healthiest eater, drinking filtered water and avoiding plastics, is still exposed through air and dust.

What you can do is reduce the body’s toxic load and strengthen detox pathways so microplastics don’t accumulate and cause long-term damage.

That requires three steps:

1. Bind toxins so they can’t recirculate.

2. Repair and fortify cell membranes damaged by plastics.

3. Support the thyroid and liver, the body’s detox powerhouses.

This is the exact multi-pronged approach behind the Accelerated Microplastics Detox Cleanse.

The Accelerated Microplastics Detox Cleanse

This cleanse combines four supplements, each designed to target a different aspect of the microplastic burden. Together, they form a complete system to help detox, repair, and increase resilience.

1. Acceleradine® Iodine — The Detox Activator

Iodine is the spark that ignites detox. It’s most famous for supporting the thyroid, but its role goes much deeper. Iodine may help:

• Displace toxins. Iodine pushes out toxic halogens like fluoride, bromine, and chlorine that block thyroid hormone function and hinder metabolism.

• Boost thyroid function. The thyroid regulates metabolism, energy, and cellular turnover — all critical for detox and repair.

• Support immunity. Iodine naturally neutralizes bacteria and viruses, reducing the infectious load that worsens inflammation.

• Create protective iodolipids. When iodine combines with cell membrane lipids, it forms iodolipids — compounds that protect membranes from oxidative stress, regulate signaling, and help maintain healthy cell differentiation.

Learn more about the health benefits of iodine.

The Acceleradine® formula is unique. It’s scalar-enhanced, monoatomic iodine — free of toxic carriers, more bioavailable, and more effective than conventional forms.

2. BodyBio PC (Phosphatidylcholine) — The Membrane Repairer

Every toxin, including microplastics, damages cell membranes. That’s where BodyBio PC comes in. It may help:

• Rebuild membranes. Phosphatidylcholine is the primary building block of the protective lipid bilayer that surrounds every cell.

• Support the brain. Neurons rely on strong membranes for clear communication. PC can help restore focus, memory, and mood.

• Strengthen the liver. The liver uses phosphatidylcholine to package and eliminate toxins, making detox more efficient.

• Enable iodolipid synergy. PC provides the lipid backbone that iodine attaches to, forming protective iodolipids in the membrane. Together, iodine + PC don’t just repair membranes — they help fortify them against oxidative stress and toxin penetration.

This synergy makes PC and iodine a cornerstone for long-term resilience against microplastics.

The Science of Iodolipids and Membrane Health

The combination of iodine and phosphatidylcholine doesn’t just support detox — it creates an entirely new layer of defense.

• What are iodolipids? These are compounds formed when iodine binds with lipids in the cell membrane.

• Why they matter:

  • Protect membranes from oxidative stress.

  • Regulate healthy cell growth and differentiation.

  • Enhance signaling pathways for cellular repair.

In short, iodolipids turn fragile cell membranes into fortified barriers — better able to resist microplastic damage and oxidative stress.

3. Accelerated Cellular Detox® Powder — The Toxin Binder

You can’t detox without binding. If toxins aren’t trapped, they get reabsorbed into circulation. The Accelerated Cellular Detox® Powder may help toxins leave the body safely.

• Zeolite & Activated Charcoal. These help bind microplastics, heavy metals, pesticides, and other toxins.

• Diatomaceous Earth & Chitosan. May provide extra binding power specifically for plastics and endotoxins.

• Triphala & Slippery Elm. May Soothe the gut lining, calm inflammation, and promote regular elimination.

This powder is gentle yet effective — sweeping toxins out without stressing the system.

4. Accelerated Ancient Salt® — The Mineral Restorer

Detoxification consumes minerals quickly. Without replenishment, fatigue, brain fog, and electrolyte imbalances follow. This salt may help

• Replace trace minerals lost during detox.

• Support electrolyte balance for hydration, energy, and nerve signaling.

• Provide alkalinity to reduce inflammation and create a healing environment.

Unlike standard table salt, this mineral-rich salt is designed to restore balance during detox.

Why This Cleanse Stands Out

There are plenty of generic “detox” programs, but most only address one angle — usually binders. The Accelerated Microplastics Detox Cleanse goes further:

• Acceleradine® Iodine helps activate detox and create protective iodolipids.

• BodyBio PC helps repair membranes and works with iodine.

• Accelerated Cellular Detox® Powder helps bind microplastics and toxins for safe elimination.

• Accelerated Ancient Salt® replenishes minerals and energy.

This holistic approach doesn’t just clear toxins — it strengthens the body’s resilience against ongoing exposure.

The Role of Diet in Microplastic Detoxification

What you put on your plate and in your glass can make a real difference in your body's ability to fight back against these tiny microplastic invaders. By making some thoughtful choices about what you eat and drink, you're essentially building your body's defense system against these harmful particles. Steering clear of single use plastics—those plastic containers and utensils that seem so convenient—and choosing foods made with natural ingredients are surprisingly simple ways to keep these microscopic troublemakers at bay.

Certain foods are like magnets for microplastics. Shellfish and refined table salt tend to be loaded with higher levels of these particles, so cutting back on these can really help reduce what's getting into your system.

The good news is that your body is already an incredible detox machine—you just need to give it the right fuel to do its job. A diet packed with whole, unprocessed food, wild animal protein, and organic fruits and vegetables is like providing your natural cleanup crew with the best tools possible to process and eliminate these toxins efficiently.

When you combine smart eating with other lifestyle changes and environmental awareness, you're creating a comprehensive shield against the impact these particles can have on your health and vitality.

The Importance of Filtered Water

It seems like everywhere you look these days, people are becoming more aware of what's lurking in their everyday essentials — and water is no exception. What's truly eye-opening is discovering that those tiny plastic particles we've been hearing about aren't just floating around in the ocean; they're actually making their way into both our tap water and even the bottled water we trust. That's where filtered water becomes not just a nice-to-have, but an absolute game-changer for protecting your overall health from these invisible invaders.

Lifestyle Modifications for Microplastic Detoxification

The good news? You've got more power than you think to fight back. One of the smartest moves you can make is ditching those single-use plastics that seem so convenient — those include plastic bags, straws, and throwaway cutlery — and swapping them for reusable champions made from glass, stainless steel, or other earth-friendly materials. When you choose products packed with natural ingredients and steer clear of anything loaded with microbeads or synthetic nasties, you're not just giving your body a break from these plastic particles — you're also voting with your wallet for the kind of world you want to see.

Practical Tips to Reduce Microplastic Exposure

Detox is powerful, but prevention matters too. Here are daily steps to cut exposure:

• Use glass or stainless steel instead of plastic bottles and food containers.

• Eat fresh, unpackaged foods when possible.

• Filter water with systems tested for microplastic removal.

• Limit seafood from polluted waters.

• Reduce synthetic clothing fibers (polyester, nylon) that shed microplastics.

• Vacuum with HEPA filters to reduce household dust.

Every small choice adds up.

Taking Action Against Microplastics

The discovery of microplastics in human bones is alarming, but it’s also empowering. Now that we know, we can take action.

By reducing exposure, supporting detox, and rebuilding cellular strength, you can protect your bones, immune system, and long-term health.

The Accelerated Microplastics Detox Cleanse gives your body the tools it needs to face this modern toxic threat: iodine, phosphatidylcholine, binders, and minerals — all working together to eliminate plastics and restore resilience.

Your body is resilient. With the right support, it can adapt, detoxify, and thrive — even in a world filled with microplastics.