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Eco Biotechnology

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Eco Biotechnology

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Research Frontiers in Bioremediative Fungi for Xenobiotic Degradation

Harnessing fungal enzymatic systems to decompose persistent pollutants, heavy metals, and industrial contaminants in terrestrial ecosystems.

Enzymatic Deconstruction of Synthetic Polymers by Fungal Secretomes
Fungal Metabolic Networks in Persistent Organic Pollutant Mineralization
Mycelial Biofilms as Self-Assembling Xenobiotic Processing Systems
Fungal Cytochrome P450 Evolution in Anthropogenic Chemical Environments
Rhizofungal Synergies in Heavy Metal and Organic Contaminant Co-remediation
Fungal Exoenzyme Engineering for Chlorinated and Brominated Compound Degradation
Melanized Fungi as Radionuclide and Petrochemical Bioremediation Agents
Fungal Stress Metabolites as Indicators of Xenobiotic Detoxification Pathways
Saprotrophic Fungal Communities in Coal Tar and Creosote Contaminated Sites
Endophytic Fungi as Internal Xenobiotic Bioaccumulation and Sequestration Hosts

All Eco Biotechnology PhD categories