White-rot fungus: an updated review

The White Fungus, which causes white rot on tree trunks, belongs to the basidiomycetes. Research into the microbiology of White-rot fungi has focused on engineering processes related to factors such as cell growth and enzyme production processes, and to smaller, i.e., molecular biology. Many studies have been conducted to select issues with high or specific biodegradation performance in a variety of ways. Production inhibitors have been used to improve enzyme production. Investigators are investigating different carriers (Stainless Steel net, polyamide fiber net, fiberglass net and polyurethane foam) to impair P.chrysosporium ligninolytic enzyme production. In this review, Pathophysiology, Microbiology, impact factors, treatments and alternative uses show white mold formation in biotransformation. The white fungus is being investigated to produce biotechnology for the reduction of a broad spectrum, a natural pollutant based on lignin-deficient enzymes. This in particular covers the destruction of many wastes and environmental pollution, including wastewater, pesticides, toxic natural pollutants, chlorinated hydrocarbons, etc. It will be updated.

Water-Related Comfort Properties of Silver-Modified Polyamide Fabrics Treated With Wicking and Antibacterial Finishes

The performance of the active sportswear is mostly related to wetting, wicking, and permeability properties of the fabrics. Antibacterial efficacy of the garments has an important place on the wearer performance. The purpose of this study is to investigate the effects of wicking and antibacterial finishing treatments on water-related comfort properties of seamless garments made from silver-modified polyamide and conventional polyamide fibers. The results showed that silver-modified polyamide fiber performed better at longitudinal wicking height and transfer wicking ratios. Application of antibacterial and wicking finishing treatments reduced the drying rate and water vapor permeability whereas transfer wicking and wicking height values increased. By Lycra incorporation, height of water wicked was much higher while transfer wicking, drying rate, and water vapor permeability were affected negatively. Finally, SWT fabric was found the best, while PWN performed the worst according to the hybrid AHP-TOPSIS method.