Fungi, problems and solutions
...se, it can also become toxic at certain levels. Studies have shown that toxic levels of penicillin that are produced by molds can trigger allergic reactions in those who breathe polluted air, causing asthma, sinus infections, headaches, and other various reactions. Penicillin is a prime example of how while a substance can be beneficial to a certain purpose at one level, it can become toxic in excess. The second type of fungi that I have chosen to discuss is the “toxic mold” that we have all heard of so recently affecting people in schools, hospitals, and homes. This type of fungi requires an environment that is at least 25% humidity and preferably dark. While moisture is the prime culprit in incubating these toxic substances, faulty building techniques and lack of routine maintenance are two of the main contributing factors. Matthew P. Coglianese who is a partner in the land use and environmental department in Miami, Fl says, “Cheaper building materials and appropriate ventilation can help retailers avoid mold problems… But the most important protection against mold is ongoing maintenance, including regular inspection of heating, ventilation and HVAC systems, and inspection for water intrusion.” Though much legislation has been done in hopes of combating this increasingly dangerous problem, the risk still exists for serious illnesses to arise from lack of attention to this growing problem. This ”toxic mold” remains to be one of my utmost concerns because I suffer from allergy problems that are directly related to this type of substance. One of the main concerns of scientists who study these “toxic molds” is the fact that they reproduce at an exponential rate and produce colonies that number in the quadrillions. Many who have encountered this problem in their homes have contacted their insurance agencies and been told that “toxic mold” is not covered in their policy. This has caused a growing concern f...