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Influence of microorganisms on the environmental fate of radionuclides
Geoffrey Michael Gadd
(Lead / Corresponding author)
Research output
:
Contribution to journal
›
Article
›
peer-review
115
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Citations (Scopus)
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Keyphrases
Microorganisms
100%
Radionuclides
100%
Environmental Fate
100%
Metabolism
50%
Physicochemical Mechanisms
50%
Cell Wall
25%
Terrestrial Ecosystems
25%
Immobilization
25%
Leaching
25%
Biotechnology
25%
Aquatic Ecosystems
25%
Sequestration
25%
Living Cells
25%
Extracellular Products
25%
Soluble Form
25%
Treatment Methods
25%
Biological Mechanisms
25%
Biogeochemical Cycles
25%
Speciation
25%
Siderophore
25%
Heterotrophic
25%
Autotrophic
25%
Microbial Processes
25%
Potential Treatments
25%
Changing Environmental Conditions
25%
Chemical Reduction
25%
Removal Mechanism
25%
Radionuclide Contamination
25%
Radionuclides Immobilization
25%
Environmental Radionuclides
25%
Intracellular Compartmentation
25%
Sulfide Precipitation
25%
Change in Mobility
25%
Physicochemical Processes
25%
Medicine and Dentistry
Radioisotope
100%
Metabolite
33%
Complex Formation
16%
Species Differentiation
16%
Cell Wall
16%
Siderophore
16%
Peptides and Proteins
16%
Solubilization
16%