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Environmental Biotechnology

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Environmental Biotechnology

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Research Frontiers in Engineered Microorganisms for Heavy Metal Biosorption

Developing genetically modified bacteria and fungi that hyperaccumulate toxic metals through enhanced binding proteins and metabolic pathways.

Siderophore Engineering for Lanthanide and Actinide Capture
Biofilm Architecture in Metal-Chelating Biosorption Systems
Enzymatic Metal Oxidation-Reduction at Microbial Interfaces
Synthetic Biology Approaches to Metallothionein Expression
Quorum Sensing Regulation of Heavy Metal Tolerance
Extracellular Polymeric Substance Composition in Biosorptive Efficiency
Horizontal Gene Transfer in Metal-Resistant Microbial Communities
Nanoparticle Formation Through Microbial Biomineralization Pathways
Metabolic Trade-offs Between Growth and Heavy Metal Sequestration
Phytomicrobe Consortia for Phytoremediation Enhancement

All Environmental Biotechnology PhD categories