plastic-degradation
Plastic degradation in plant science refers to the mechanisms by which plants and plant-derived enzymes can break down plastic polymers. This is significant to plant biology because it explores biotechnological applications for environmental remediation and sustainability solutions. Additionally, understanding these processes helps researchers assess how plastic materials and their degradation byproducts affect plant physiology, soil health, and ecosystem functioning.
Harnessing fungi and bacteria to speed up the biodegradation of pla...
The plastic sheeting stretched over garden beds and farm rows each season rarely disappears clean...
Interpretable convolutional neural networks for sequence-based clas...
Faster discovery of plastic-eating enzymes means the plastic mulch film, nursery pots, and garden...
Functional, genomic, and transcriptomic insights into linear low-de...
The plastic mulch film blanketing millions of garden beds and farm fields every season doesn't di...
Role of dienelactone hydrolases in PET biodegradation by flavobacte...
Plastic fragments washing from bottles and packaging into the soil and waterways around your gard...
Inducible Bacterial Adhesion to Plastic Surfaces for Enhanced Biode...
Plastic fragments accumulating in garden soil suppress seed germination, disrupt earthworm behavi...
Polyethylene and polystyrene oxidation by host and microbial oxidor...
Plastic mulch films and polytunnel fragments quietly fragmenting into microplastics across your g...