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You ingest millions ofmicroplastic particles.Flush them out - beforethey stay forever.

Clinically Proven30-Day Guarantee

microbind starter box, travel bottle, and refill pouch

You're ingesting millionsof microplastic particles.This stops them fromsticking around.

Clinically Proven30-Day Guarantee

Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •Clinically proven to remove microplastics • DT88 probiotic strain • Founding member pricing • •

Microplastics enter your body every day

Most disposable paper cups and takeaway containers are lined with polyethylene (PE), a thin plastic coating that's heat-sealed onto the inside. Why? Otherwise raw paper would absorb liquid and weaken when wet, so the PE layer acts as a moisture barrier, keeping the paper from leaking and losing its shape.

Would you be surprised to learn that almost 40% of microplastic particles found in human body are made up of polyethylene (PE)?

Woman taking a microBIND capsule while holding the bottle

What to Expect

Microplastics have been found in blood, brain, testicles, placental tissue, and other parts of the body. Two of the most common paths for microplastic to get inside us are through lungs and gut.

Microbind's mission is to help reduce ongoing exposure and internal accumulation by supporting the natural removal of microplastics from our digestive tract.

Days 1–3

Gut Colonization Begins

DT88 probiotic strain begins establishing itself within the intestinal environment.
The initial microplastic absorption in the small intestine begins.

Days 7–14

Active Binding Support

The probiotic strain works throughout the digestive tract binding to microplastic particles, making them too big to pass through into your bloodstream.
As seen in the clinical trial, the fiber-shaped microplastics (which tend to tangle and resist natural metabolism) may bind to this probiotic strain and get naturally excreted.

Days 30–60

Daily Protection Builds

Consistent daily use supports continuous microplastic binding and removal.
Ability to synthesize GABA (a neurotransmitter linked to gut-brain signaling) may improve as well.

Days 90+

Long-Term Defence

Daily defense becomes part of your routine, supporting ongoing elimination and systemic protection.

The Story of DT88

From 784 Probiotic Candidates to One Superior Strain

IN VITRO SCREENING

DT88 Wasn't Chosen by Chance

The scientists screened 784 probiotic candidates isolated from traditional fermented foods measuring how effectively each strain could bind and capture polystyrene (PS) microplastics (the most extensively studied microplastic for human health impact).

One strain outperformed them all, with a 79.8% adsorption ratio.
And the binding was confirmed across multiple microplastic types. Yes, there's quite a few types of microplastics.
It survived stomach acid (pH 2.5) and bile salt test, meaning it could survive the journey to your intestine (where microplastics typically get absorbed into bloodstream).

The Story of DT88

From 784 Candidates to One Strain

L. plantarum DT88 probiotic strain was discovered through high-throughput screening in the lab and validated at every stage of the scientific process.

From bench to clinic. Here's the story study by study.

IN VITRO SCREENING

DT88 Wasn't Chosen by Chance

One strain outperformed them all, with a 79.8% adsorption ratio.
And the binding was confirmed across multiple microplastic types. Yes, there's quite a few types of microplastics.
It survived stomach acid (pH 2.5) and bile salt test, meaning it could survive the journey to your intestine (where microplastics typically get absorbed into bloodstream).

What's Inside

This probiotic consists of the single most researched DT88 strain placed within an enteric-coated capsule (engineered to survive stomach acid and act in the intestine, where microplastics are typically absorbed).

Gluten-Tested

Soy-Tested

Shellfish-Tested

Dairy-Tested

Corn-Tested

Sesame-Tested

Microscopic view of DT88 probiotic bacteria

DT88 attracts plastics

DT88 is a probiotic bacteria that attracts and attaches directly to micro and nanoplastic particles throughout your GI tract before they can cross into the bloodstream.

Microplastics bound by DT88 becoming too large to absorb

Bound too big to absorb

Microplastics that bind to DT88 become too large to pass into the bloodstream, so they stay in the gut until they are naturally eliminated.

Woman taking a microBIND capsule with water in the kitchen

Eliminated naturally

With a protective coating engineered to survive stomach acid, microplastics are eliminated through the gut the natural way, making sure they don't settle in your body permanently.

Bind and Remove Microplastics From Your Gut

The world's first probiotic strain shown in clinical trials to bind and remove microplastics from the human gut.

The only probiotic proven to bind and remove microplastics in humans
Enteric-coated capsule for targeted delivery
Based on published science
Just one pill a day

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Enteric-Coated

Clinically Tested

Help stop microplastics where they enter your body: your gut. Microbind is built for binding microplastics.

Unlike traditional probiotics designed for general digestive health, DT88 was selected from 784 screened strains for its exceptional ability to bind to microplastics.

Adsorbed up to 80% of microplastics in vitro.

79.8% PS binding in controlled in-vivo testing.

3.4 times higher microplastic excretion compared to the placebo group in human trials.

1. Capture: DT88 probiotic strain binds to microplastics in the digestive tract.

2. Protect: the microplastics that bind to DT88 become too big to absorb into the bloodstream.

3. Remove: bound particles are naturally eliminated through the digestive tract.

Main Active Ingredient: The formulation includes only Lactobacillus plantarum DT88 probiotic strain as the main active ingredient.

Other ingredients: Microcrystalline α-Cellulose, Silicon dioxide, Galacto-oligosaccharides, Fructo-oligosaccharides, Inulin, Magnesium stearate.

Capsule: Hydroxypropyl methylcellulose, Pectin, Purified water, Glycerin, Gellan gum, Mono-and diglycerides citrated, Sodium lauryl sulfate, Potassium chloride.

We publish results transparently and only make claims supported by preclinical and clinical trials.

In-vitro Validated:

In laboratory tests, the DT88 strain adsorbed up to 80% of microplastics in vitro.

In-vivo Validated:

In animal studies, it boosted excretion rates by 34% and cut retention by 67%.
The strain also showed anti-inflammatory, antioxidant, and antibacterial properties, along with the ability to synthesize GABA (neurotransmitter linked to gut-brain signaling).

Clinical Evidence:

Broad-spectrum excretion: Subjects taking DT88 showed a total microplastic excretion change 3.4 times that of the placebo group.
Targeted clearance of PE: Polyethylene — the most common microplastic found in humans, accounting for 39.9% of the total (often from takeaway packaging) — saw excretion rates nearly 34 times higher in the DT88 group compared to controls (P=0.037).
Reversal of fiber accumulation: Fiber-shaped microplastics, which tend to tangle and resist natural metabolism, showed a concerning accumulation trend in the control group (excretion change of -0.32 items/g dm). DT88 reversed this, pushing the excretion change to +12.46 items/g dm.

Microbind is based on the leading clinical research of microplastic binding capacity from Lanzhou University.

Researchers used high-precision Raman spectroscopy to identify and quantify microplastics in stool samples, measuring results in items per gram of dry matter to eliminate water-weight interference.

The strain doesn't just physically bind to microplastics and carry them out. It also repairs the gut barrier by tightening junction proteins, rebalancing inflammatory and anti-inflammatory cytokines, and restoring microbial ecology.

All Your Questions, Answered

Microbind is the only probiotic formulated specifically to bind microplastics. Most probiotics target a variety of general health areas (e.g. immunity or digestion). Microbind targets a new threat: the microplastics we ingest and absorb through the gut.

DT88 has demonstrated 79.8% binding of polystyrene (PS) microplastic particles in-vivo. In clinical trials, human subjects taking DT88 showed a total microplastic excretion change 3.4 times (with a specific clearance of polyethylene (PE) microplastics nearly 34 times higher) compared to the placebo group.

One capsule daily with water, ideally 30 minutes before your largest meal. The enteric coating ensures strains survive stomach acid and reach the intestine intact.

Yes. Pause or cancel any time from your account dashboard. There are no cancellation fees.

Active binding begins within days. The results will vary between individuals. DT88 has shown to improve gut barrier by tightening junction proteins, rebalancing inflammatory and anti-inflammatory cytokines, and restoring microbial ecology.

We are working on more clinical research, safety trials and development of new strains. Early microbind members will receive priority access and better pricing on all future microbind products.