Mycotoxin Sampling in New Jersey

Mycotoxins include Aflatoxins, Ochratoxins, Zearalenones, and Trichothecenes. Aflatoxins are produced by Aspergillus fungi and appear in spoiled food and moldy grains. Trichothecenes come from Stachybotrys chartarum, the species behind most toxic mold concerns. Mycotoxins originate from both food and environmental molds.

Common lab testing methods include ELISA, HPLC, and LC-MS/MS. Rapid strip tests such as Lateral Flow Devices give fast qualitative results but no quantification. LC-MS/MS is the method behind reliable test results at the concentrations that matter, which is what our mycotoxin panel uses.

Conditions during growth and storage heavily influence contamination. Warmth and moisture drive production, which is why water-damaged buildings and improperly stored grains both produce them. Regulatory bodies enforce maximum tolerance levels for mycotoxins in food and feed for the same reason.

Yes. Mycotoxins cause respiratory distress in animals and serious health issues in pets, who spend more time on floors where dust and settled toxins concentrate. Ingestion is a route pets face that people generally do not, since animals groom contaminated fur.

It confirms specific toxins are present in the sampled environment and at what concentration. Levels above certain thresholds indicate potential health risks worth acting on. The result identifies what to remediate, and it gives a healthcare provider environmental evidence rather than a symptom list.

No. We sample buildings, not people. Urine and blood serum testing for mycotoxin metabolites in the body is ordered through a doctor, and urine mycotoxin tests are not FDA-approved for clinical use. Environmental results give your healthcare provider something concrete to work from.

Occupants of water-damaged buildings commonly report brain fog, fatigue, respiratory symptoms, and recurring infections. Chronic mycotoxin exposure has been associated with immune suppression, and people with compromised immune systems report effects at levels others can tolerate. Symptoms belong with a physician; the building belongs with us.

Yes. Workplace exposure in damp buildings is an occupational safety concern, and workers in agriculture, grain handling, and food processing face ingestion and inhalation risks that the medical community has documented for decades. Commercial buildings with water damage carry the same environmental exposure as a home.

Turnaround depends on the analysis ordered. Fungal and bacterial cultures return in two to four business days for bacteria and five to seven days for mold. LC-MS mycotoxin panels take longer, and we tell you the timeline before sampling rather than after.

Consumer test kits detect a narrow range of toxins and offer no interpretation. Proper sampling procedure is vital because mycotoxins are unevenly distributed, and a sample from the wrong place produces a clean result in a contaminated building.

No. Mycotoxins survive standard washing, freezing, and cooking processes, and surface cleaning a building does not remove them either. That durability is why testing after remediation matters, and why removing visible growth is not the same as removing the toxins.