Edible fungus degrade bisphenol A with no harmful effect on its fatty acid composition

The Growth Behavior of Chlorella vulgaris in Bisphenol a under different Cultural Conditions

“…Methods to remove BPA in the liquid phase include photodegradation [16,18,19], oxidation [20][21][22], bacteria biodegradation [23][24][25], fungi biodegradation [26,27]. The knowledge on the biodegradation of BPA toward algal growth is of great importance due to its role in natural water bodies as a major primary producer, maintaining the balance of the aquatic ecosystem and are known to be comparatively sensitive to chemicals [28].…”

Development of New Algorithm for Aniline Point Estimation of Petroleum Fraction

“…An iterative correction algorithm with a new correlation is applied for the h(MeABP, SG) component, combined with the concept of multiple linear regression of the QSPR model in the pure component [6] and using the interaction relationship between the AP, mean average boiling point, and specific gravity. Using the above 142 actual oil data types, the regression is performed according to the model-free method [22], and the iterative relationship is obtained as follows:…”

“…Farhad used a genetic algorithm and multiple linear regression to statistically validate molecular descriptors in pure hydrocarbons and returned multilinear models to generate neural networks to effectively predict pure hydrocarbon APs [1,5], which were pure components. some new methods have also been provided to estimate APs, e.g., Yinyan conducted a quantitative structure-property relationship (QSPR) study on the APs of 126 hydrocarbons from a molecular structure perspective and realized a function predicting the APs of hydrocarbons based on their molecular structure [6]. Although the above methods are advanced, they are not suitable for engineering computing applications, and their accuracy has not been systematically verified.…”

Bioelectrochemical and Conventional Bioremediation of Environmental Pollutants

“…The antimicrobial activity of medically-important fluoroquinolone class antibiotics was obviated by Irpex lacteus white rot fungi, probably through enzymatic cleavage of the drug's piperazine ring [58]. Certain fungi, including both aquatic species and oyster mushrooms, can degrade the common organic endocrine disruptor bisphenol A [59,60]. The biodegradation of endocrine disrupting compounds, including bisphenol A, is mediated by fungal laccases and can be enhanced though enzyme immobilization onto glass beads in the presence of chemical mediators [61].…”