… Plastic waste management has become a global issue. However, being non-biodegradable,
synthetic … It was reported that Pseudomonas sp. could also utilize aromatic hydrocarbons as …

… , these strains were identified as Pseudomonas sp. SH5B and … The biodegradation of
polythene with Pseudomonas sp. … The spectra of polyethylene incubated with Pseudomonas sp. …

… plastic disposal [4,15]. Considering the persistency of the polymers, the plastic
biodegradation by the indigenous microorganisms is a very low-rate process making the natural …

… biodegradation of conventional synthetic plastics by thermophilic, alkaliphilic, halophilic, and
psychrophilic bacteria in natural … isolates identified as Pseudomonas sp. and Lysinibacillus …

… like carbohydrates (such as glucose) make the biodegradation process of synthetic
plastic slower as the earlier is more preferred carbon source than plastic (Jang et al., 2002). …

… a variety of synthetic plastics polymers and the by-… biodegradation [5]. Tribedi and Sil [110]
showed that the addition of mineral oil to the LDPE degradation medium of Pseudomonas sp. …

… technique that improved the biodegradation capability of the main plastic polymers, such as
… degradation of pre-treated PE by the Pseudomonas sp. and starch. This research concluded …

… wastes by devising an alternate approach which focuses on the shift from synthetic to
natural plastic which can be biodegradable and has an industrial application. The biopolymer …

… is proposed as a more environmentally sound technology for disposal of plastic waste as …
various issues of microbial degradation of plastic, viz., general chemistry of polyethylene, its …