plastic-biodegradation
Plastic biodegradation is the biological breakdown of synthetic polymers into simpler compounds through the action of living organisms, including microbes, fungi, and enzymes. In plant science, this field intersects with research into rhizosphere microbial communities and plant-associated organisms that may harbor plastic-degrading capabilities, as well as the potential role of plant-derived enzymes in accelerating polymer breakdown. Understanding these processes has implications for soil health, agricultural sustainability, and the development of bio-based strategies to mitigate plastic pollution in plant ecosystems.
open_in_new WikipediaIsolation and MALDI-TOF MS‑based identification of new bacterial is...
Plastic mulch films blanketing vegetable fields near you shed microplastics into soil for decades...
Insect-mediated polystyrene (PS) degradation: Mechanisms, efficienc...
The polystyrene foam pots and seed trays piling up in your potting shed could one day be processe...
Microbial Degradation of Plastics: Mechanisms, Pathways, and Multio...
Plastic fragments turning up in your garden soil are not inert — they alter microbial communities...
Soil bacterium deploys enzyme toolkit to digest polyethylene plastic bags
Plastic mulch film, poly bags, and garden twine that end up in your soil don't just sit there pas...
Microbial and Enzymatic Degradation of Nylon: Mechanisms, Diversity...
Nylon microfibers shed from synthetic clothing and gear are turning up in garden soils worldwide,...
Biodegradation of low-density polyethylene by Paenarthrobacter nico...
Plastic fragments building up in garden and agricultural soils disrupt root systems and leach che...
Catalytic mechanisms, engineering, and cascade biocatalysis of mono...
Every plastic bottle in your recycling bin has a better chance of actually becoming a new product...