He had the highest microplastic levels ever measured. Then he flushed them out.

A researcher tested his own blood for microplastics.

The result: the highest microplastic level ever recorded in a human being.

Then he took one cheap compound for a year. Tested again. The plastic levels had collapsed.

Most people believe once microplastics enter your body, they’re stuck there for life.

He proved that wrong — using his own blood as the experiment.

Here’s exactly what he found.

Researchers have now found microplastics in human brain tissue, ovaries, intestines, and even semen.

Not “might be there.” Confirmed. Measured. Documented.

And once they’re inside, your body doesn’t have a way to break them down.

Inside every cell in your body, there are tiny structures called lysosomes.

Think of them as the cell’s incinerator — they break down waste so it can be cleared out.

The problem with microplastics: they can’t be digested.

So instead of being destroyed, they just sit there. Piling up. Clogging the lysosome like a backed-up kitchen sink.

When your lysosomes are clogged with plastic they can’t break down, they stop working properly throughout your body.

Cellular cleanup slows. Waste accumulates. Inflammation rises. Energy drops.

This isn’t theoretical anymore. It’s measured.

A lysosome researcher decided to test something on himself.

He took a stabilized sulforaphane supplement — a compound originally found in broccoli sprouts.

Then he ran a blood test to measure what his body was releasing.

The result: the highest microplastic level ever recorded in a person.

Not because his body had MORE plastic than other people. Because for the first time, the plastic was being pulled OUT of cells and into the bloodstream where it could finally be cleared.

A year later, he ran the same test again. Still taking the supplement.

The release response was the same. But this time, his baseline microplastic level was dramatically lower.

The takeaway: this isn’t a one-time flush. It works the backlog down over time.

Month by month, year by year — the plastic levels in his body kept dropping.

Once the plastic is mobilized out of cells, the next question is: where does it actually leave the body?

A separate study tracked urine, sweat, and feces.

The signal was overwhelmingly clear in one place: feces.

Microplastics were being physically excreted. Not just moved around — actually removed.

The mechanism behind this is called lysosomal exocytosis.

Sulforaphane triggers the lysosome — the clogged “incinerator” we talked about earlier — to fuse with the cell’s outer wall and dump its trapped contents OUT of the cell so they can be cleared from the body.

In plain English: it tells the cell to spit out the trash.

Sulforaphane doesn’t stop at microplastics.

It’s one of the only compounds known to activate all three of your body’s main detoxification pathways at once:

→ Glutathione conjugation
→ Glucuronidation
→ Sulfation

Those same pathways are involved in clearing BPA, heavy metals, and benzene from your system.

In other words: the same compound that pulls microplastics out of your cells may also help your body process the other modern toxins it accumulates every day.

Here’s where most people get this wrong.

Not all broccoli sprouts produce sulforaphane.

Independent tests on organic seed brands found that most failed to produce active sulforaphane at all.

And raw sprouting at home only gives you the precursor molecule — not the stabilized active form your body actually needs to trigger the lysosomal release.

If you want the compound that does what the researcher’s blood test proved — you need a stabilized, tested sulforaphane source. Not just “broccoli sprouts” off Amazon.

Share this with the person you know who’s been trying to “detox” the wrong way.

The fix isn’t a juice cleanse. It’s a compound that tells your cells to release what they’ve been storing for years.