Unseen hazards from existing mould—
nanoe™ X can be a countermeasure!
Verification: nanoe™ X can inhibit mould toxins
which are released from existing mould
Mould toxins are invisible, yet they exist in our everyday life.
Mould toxins are toxic organic compounds naturally produced by certain moulds. Even after mould is removed, mould toxins may remain on surfaces or in dust.
Let’s prepare to counter the issues caused by mould toxins
Mould toxin inhibition by nanoe™ X
verified in collaboration with the Applied Biotechnology Institute.
Test result¹
An air conditioner equipped with nanoe™ X inhibits adhered Aflatoxin B1 by 94.3%
1In a 21 m³ test chamber, a petri dish containing Aflatoxin B1 was placed 1.5 meters from the test device and 1.2 meters above the floor. nanoe™ particles were dispersed into space via airflow from the wall-mounted air conditioner. After exposure, the petri dish was collected and analysed using liquid chromatography–mass spectrometry (LC-MS).The residual concentration of Aflatoxin B1 was calculated based on the peak area obtained from the LC-MS spectra.
Test result²
Within 5 minutes, nanoe™ X device inhibits adhered 3 types of mould toxins by 90%.
2In a 45-liter test chamber, petri dishes containing mould toxins were placed 10 cm from the nanoe™ X (Mark3) generator. The toxins were exposed to nanoe™ particles, after which the petri dishes were collected and analysed using liquid chromatography–mass spectrometry (LC-MS). The residual concentration of mould toxins was calculated based on the peak area obtained from the LC-MS spectra.
Note: Results may vary depending on individual and surrounding conditions.
ABI is a private research institute established in 2021. Based in Ho Chi Minh City, Vietnam.
Specialises in fungal research, aiming to provide agricultural and biomedical solutions to the private sector. Currently self-funding research on the effects of mould on human health.
