The Hidden Plastics Inside Us
Microplastics are everywhere—air, water, food—and now inside our bodies. These tiny particles can circulate through tissues and even reach the brain, affecting energy, hormones, and inflammation. Emerging research links this internal exposure to mitochondrial stress and accelerated aging.
Your Personal Microplastics Report—Made Simple
Lumati Detect gives you a clear, science-backed view of your microplastic exposure through a fast, painless saliva test. Because saliva reflects what’s circulating in your bloodstream, it offers a reliable, repeatable snapshot of your overall microplastic burden.
What the Size Categories Mean
Microplastics are grouped by particle size, since different sizes suggest different ways plastics may enter the body:
These are typically linked to inhalation exposure (airborne microplastics). They are of greatest concern because they can potentially cross biological barriers, including the blood–brain barrier.
These often enter the body through food and beverages and can pass through the gut–blood barrier.
Too large to pass through most biological barriers; their presence could be from direct bloodstream exposure, such as intravenous sources, or may reflect a sampling irregularity.
Understanding Your Particle Count
Your results table shows how many microplastic particles were detected in each size category, along with your total count and calculated concentration.
Example:
Total particles detected: 6
Calculated concentration: 60 P/ml
Particle Count by Size Category
How many particles were identified within each measured range.
Calculated
Concentration (P/ml)
The number of particles per milliliter based on our 100 μL sample
Total
Particle Count
The sum of all microplastics detected across every size category.
The lower your total count, the better—the ideal benchmark is zero detectable microplastics.
Comparing Your Results
Lumati Detect maintains a live database of results from all users tested. Your report includes a comparative chart showing how your total compares to others:
0
no microplastics detected
1–5
trace
amount
6–10+
higher
range
What It Means for You
Microplastics tend to accumulate over time. Detection in saliva indicates exposure but not necessarily disease or toxicity. Factors such as environment, diet, water quality, and air pollution all influence levels. You can use your results as a baseline to track changes over time as you make lifestyle adjustments.
How Lumati Detect Works
Modern testing made easy and reliable.
Processed in a certified U.S. lab, Lumati Detect gives you clear, actionable insights. Establish your baseline and retest to track improvement.
As the first saliva-based microplastics test. it’s simpler, cleaner, and faster — with low contamination risk and quick U.S. turnaround.
Step 1: Order
Order your test and start uncovering what’s happening inside your body.
Step 2: Collect
Use the simple at-home kit to provide a quick, small saliva sample in minutes.
Steps 3: Send
Return your sample in the prepaid envelope to our accredited partner laboratory.
Step 4: Analyze
The lab uses advanced spectroscopy to identify and quantify microplastic particles.
Step 5: Understand
You receive a personalized report with easy-to-read results and actionable next steps.
Who Should Test
Understanding your microplastic exposure is valuable for anyone looking to protect long-term health. Certain lifestyles, environments, and daily habits can increase your toxic burden without you even realizing it. Testing helps you see where you stand — and what to do next.
Anyone interested in understanding their personal exposure and taking proactive control of their wellbeing.
Individuals that live near industrial or manufacturing sites
Anyone who relies on municipal tap water as their main source of hydration.
People who often eat meals stored, heated, or delivered in plastic containers.
Those who regularly wear or use coated clothing, outdoor gear, or treated fabrics.
Individuals using vape products, which may introduce additional microplastic particles.
Those working or who have worked in manufacturing, construction, textiles, or cleaning, where particulate exposure is common.
