Two novel targeted approaches selected specific taxa, identified by a priori hypotheses, from the broad mycobiome as detected with amplicon sequencing. Microorganisms, especially fungi, from damp indoor environments are known to be one of the main causes of degradation of indoor air quality and can pose serious health hazard to occupants because of the production of airborne particles. Fungal growth in damp buildings is a common problem due to condensation on interior surfaces, water damage from burst pipes or flooding Furthermore, increased indoor humidity can cause damage to the building construction and materials [12, 13] and triggers chemical emissions [14]. To measure fungal plasticity traits and point values, we constructed microcosms of sterile litter with fungal isolates and incubated them at a range of temperatures and moistures. These findings suggest that the high temperature and humidity levels inside the tropical plant resource center promote fungal proliferation and pose potential health risks to visitors, particularly those with respiratory sensitivities.
One of the most notable characteristics of fungi is their preference for damp or moist environments If you have ever noticed mushrooms popping up after a rainy day or mold growing on damp bread, you’ve witnessed fungi thriving where moisture is abundant. In this article, we explore the evidence for adverse effects of fungal exposure on respiratory health in damp indoor environments and potential disease mechanisms related to the exposure
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