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Ultraviolet germicidal irradiation (UVGI) is a disinfection technique employing ultraviolet (UV) light, particularly UV-C (180–280 nm), to kill or inactivate microorganisms. UVGI primarily inactivates microbes by damaging their genetic material, thereby inhibiting their capacity to carry out vital functions.
UV light is an important factor in the fungus decomposition because it causes a chemical reaction that ultimately reacts in a way that decomposes the plastic with the fungus’ support. The support of the UV light is unable to reach the deeper depths of the ocean, and the fungus is unable to pull assistance from the light in the plastic removal.
A germicidal lamp (also known as disinfection lamp or sterilizer lamp) is an electric light that produces ultraviolet C (UVC) light. This short-wave ultraviolet light disrupts DNA base pairing, causing formation of pyrimidine dimers, and leads to the inactivation of bacteria, viruses, and protozoans.
Bioluminescent Mycena roseoflava Panellus stipticus, one of about 125 known species of bioluminescent fungi. Found largely in temperate and tropical climates, currently there are more than 125 known species of bioluminescent fungi, [1] all of which are members of the order Agaricales (Basidiomycota) with one possible exceptional ascomycete belonging to the order Xylariales. [2]
D. bryoniae produces ascospores (meiotic spores) in perithecia and conidia (mitotic spores) in pycnidia and both of these spores are dispersed by rain/rain-splash and UV light is needed in order for the fungus to sporulate. [3] Ideal ascospore dispersal occurs after nightly rainfall and dew periods. [2]
Aspergillus tubingensis exhibits high resistance to ultraviolet light and can grow in elevated temperatures [12] between 30–37 °C (86–99 °F), [13] with optimal growth between 21–36 °C (70–97 °F). [7] In the temperature range of 15–20 °C (59–68 °F), this species is able to produce the mycotoxin, ochratoxin A (OTA). [13]
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