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Precision Through DNA Probes
Using dual fluorescent DNA probes, MSQPCR identifies mold species with exceptional accuracy. This eliminates subjectivity and enables clear, measurable mold assessments for homes and scientific studies
The Dust Test uses advanced DNA-based msqPCR technology to detect 36 common harmful mold species. It’s more accurate than traditional tests, without the cost or hassle of hiring a pro. Affordable, precise, and revealing.
Uses advanced DNA sequencing to accurately identify mold species.
Targets over 36 mold species for detailed, reliable results.
Eliminates guesswork — no subjective spore counting.
Delivers results in
approximately 3 hours, far faster than culturing.
Delivers results in
approximately 3 hours, far faster than culturing.
Trusted in homes, hospitals,
agriculture, and food safety.
Supported by the U.S. EPA
and used by licensed labs.
Uses advanced DNA sequencing to accurately identify mold species.
Targets over 36 mold species for detailed, reliable results.
Eliminates guesswork — no subjective spore counting.
Delivers results in approximately 3 hours, far faster than culturing.
Detects even small amounts of mold DNA for high accuracy.
Trusted in homes, hospitals, agriculture, and food safety.
Supported by the U.S. EPA and used by licensed labs.
MSQPCR is a cutting-edge DNA-based method that overcomes the limitations of traditional mold detection techniques like culturing and spore counting. It offers a precise, objective approach by targeting mold-specific DNA sequences.
The process begins with advanced sample prep, extracting DNA from air or dust. Quantitative PCR is then applied, making detection faster, more accurate, and highly reliable.
Using dual fluorescent DNA probes, MSQPCR identifies mold species with exceptional accuracy. This eliminates subjectivity and enables clear, measurable mold assessments for homes and scientific studies
MSQPCR is used in homes, hospitals, and agriculture to detect harmful molds and pathogens. Its speed and sensitivity make it ideal for high-risk environments needing fast, accurate results.
With results available in about three hours, MSQPCR is significantly faster than traditional methods. Its high specificity and wide application make it a breakthrough in mold detection.
Backed by the U.S. EPA, MSQPCR offers an affordable, effective tool for identifying mold risks early—protecting health, homes, and food systems with confidence.
The process begins with advanced sample prep, extracting DNA from air or dust. Quantitative PCR is then applied, making detection faster, more accurate, and highly reliable.
Between 2004 and 2019, 34 out of 36 species showed an increase in prevalence of mold contamination in the sampled homes.
The AHHS II concluded:
By using the ERMI metric, we were able to demonstrate that water damage and mold growth were more likely to occur as homes get older.
Spores only account for 0.2% of the total impact mold and bacteria. The fragments that break away from these colonies can be 500x more than the number of spores they produce.
These findings indicate that the actual (field) contribution of fungal fragments to the overall exposure is very high, even much higher than was earlier estimated resulting from the laboratory-generated data. As the exposure to airborne fungal fragments cannot be quantified based on spore concentrations, fragment measurements should be included when assessing exposures in moldy buildings.
Respiratory deposition models suggest that such fragments of Stachybotrys chartarum may be deposited in 230-250 fold higher numbers than spores.
Dust contains a complex mixture of spores, fragments, allergens, and bacteria that can persist indoors and affect human health significantly.
The personal cloud refers to the microenvironment of particles and fragments surrounding each person, largely influenced by their movement and surroundings.
Freehold, NJ, US
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