… as the microbial metabolic pathways of the plastic depolymerization products and the current
attempts toward utilization of these products as feedstocks for microbial valorization. Based …

… While PET hydrolases have been extensively reviewed, this review focuses on the microbes
and metabolic pathways for the degradation of PET monomers. In addition, recent advances …

… of the degradation, biodegradation, and recycling valorization of … production, and degradation
mediated by microorganisms, … Polyethylene can be classified in low-density polyethylene (…

… This review aims at providing a comprehensive state-of-the-art overview of microbial-based …
key factors and mechanisms governing microbial degradation are systematically presented. …

… of microbial degradation of plastic wastes, one cannot scientifically state that microbes can
… of plastic waste, most current studies target polyethylene terephthalate (PET). Research …

… valorization utilizing bacteria, such as lignin decomposing microbes and major pathways
involved that can breakdown … furfural, vanillin, polyhydroxybutyrate, poly lactic acid blends were …

… While biotechnological based degradation and … standalone enzymatic and microbial
degradation studies have been … from biomedical application field such as polyethylene glycol …

… However, microbes can utilize polyolefin deconstruction products, including n-alkanes.
Here, we combined chemical catalysis with bioconversion to valorize polyethylene (PE) …

… The level of difficulty in microbial degradation of PES-PU and PE-PU varies depending on
the chemical structures of these plastics. In contrast to PES-PU, the ether groups in the carbon …

… Consequently, the microbial biodegradation process can change from place to place, from
season to season. The degradation process studied under composting condition is easier to …