Polylactic acid.

Synthesis, structure and properties of poly(lactic acid) by: (Electronic resources)

Biotransformation of Biomass Waste Residues into Value-Added Chemicals Using Filamentous Fungi. by: (Electronic resources)

Aquatic Biodegradation of Fibers and Bio-Based Polymers for Nonwoven Applications. by: (Electronic resources)

Chemistry.

Catalytic oxidation.

Metabolism.

Chemical engineering.

Polyethylene.

Kinetics.

Microorganisms.

Environmental engineering.

Organic Chemistry.

Pigments.

Ethanol.

Textiles.

Alternative energy sources.

Composting.

Nonwoven fabrics.

Industrial engineering.

Soft and Granular Matter, Complex Fluids and Microfluidics.

Thermodynamics.

Fungi.

Biomass.

Polymer chemistry.

Biodiesel fuels.

Lignin.

Greenhouse gases.

Waste materials.

Cellulase.

Climate change.

Lignocellulose.

Water treatment.

Carbon dioxide.

Biomedical materials.

Biomedical engineering.

Energy.

Characterization and Evaluation of Materials.

Fermentation.

Catalysis.

Enzymes.

Biotechnology.

Alternative energy.

Engineering.

Plastics.

Contact angle.

Microbiology.

Physics.

Polylactic acid.

Polymer Sciences.

Cellulose.

Carbon.

Research & development--R&D.

Metabolites.

Decomposition.

Biodegradation.

Polymer blends.

Textile research.