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Green Synthesis of Nanomaterials Using Agro-Waste Extracts for Environmental Remediation Applications: Experimental Data and Analysis
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This study reviews how bacteria and fungi enzymatically degrade plastic polymers — using them as carbon and energy sources — and argues that microbial bioremediation combined with bioplastics and modern biotechnology represents a viable strategy for managing plastic waste accumulation. This is directly relevant to microplastic pollution because microbial plastic degradation can reduce the fragmentation of macroplastics into the microplastic particles that enter ecosystems and bodies.
The fast accumulation of plastic waste happens because insufficient recycling and proper disposal techniques allow only small quantities of plastic to be recycled thus releasing the vast majority into landfills and the environment. The research investigates how microbial collective organisms perform biological recovery of plastic waste. Plastic polymers undergo different enzymatic transformations through bacterial and fungal organisms before these microbes can break down the products to generate cellular metabolic energy. This study examines plastic-biodegrading microbial populations through enzyme research and environmental factor analysis and genetic modification studies focused on plastic degradation enhancement. This paper shows bioremediation operations need appropriate planning by explaining microbial technologies should be implemented during waste management activities. The research shows that plastic pollution management reaches success when applying microbial methods that combine bioplastics with modern biotechnological approaches to support environmental sustainability.
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The Role of Microbial Communities in Bioremediation of Plastic Waste
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This review investigates how bacterial and fungal microbial communities biodegrade plastic polymers through enzymatic activity, examining the effects of environmental factors and genetic modification on plastic degradation efficiency. The study finds that microbial bioremediation shows real promise for plastic waste management when combined with modern biotechnological approaches, including bioplastics and genetic engineering of plastic-degrading organisms.
The Role of Microbial Communities in Bioremediation of Plastic Waste
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This review examines how microbial communities — including bacteria and fungi — enzymatically break down plastic polymers, highlighting the role of environmental conditions and genetic modification in enhancing degradation efficiency. This is directly relevant to microplastic pollution research because scaling up microbial plastic degradation could reduce the source material that fragments into the microplastics accumulating in ecosystems and human tissue.
A concept for the biotechnological minimizing of emerging plastics, micro- and nano-plastics pollutants from the environment: A review.
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This review examined biotechnological strategies for remediating plastics, micro-, and nano-plastics from the environment, cataloguing microbial and enzymatic degradation approaches, discussing their mechanistic basis, and proposing an integrated biotechnology framework for minimizing plastic pollution across terrestrial and aquatic systems.
Nanobiomaterials-Based Environmental Bioremediation: A Special Focus on Microplastics
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This chapter reviews nanotechnology-based biomaterials for bioremediation of environmental microplastic pollution, examining collective microbial power technologies and green nanomaterial approaches for removing plastic particles from contaminated environments. The authors assess current bionanomaterial techniques and their advantages and disadvantages, and outline future directions for achieving complete microplastic purging from environmental systems.
Emerging biotechnological and eco-remediation strategies for the biodegradation and removal of micro/nanoplastics from the environment: A comprehensive review
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Researchers reviewed emerging biotechnological and eco-remediation strategies for removing micro- and nanoplastics from the environment, synthesizing advances in synthetic microbial consortia, enzyme-mediated depolymerization, phytoremediation, and green nanomaterials while highlighting key analytical and field-implementation challenges.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.