Add to ORKGMicroorganisms play an important role in the immobilization and mobilization of actinides in aquifers and subsurface environments.This talk will present several detailed examples of the interaction of aerobic soil bacteria with uranium and plutonium. Details of the nature of the bacterial functional groups involved in the interfacial actinide interaction process will be reported. Based on time-resolved laser-induced fluorescence spectroscopy (TRLFS) and synchrotron X-ray absorption spectroscopy (XANES and EXAFS) studies, molecular-level mechanistic details of the different interaction processes will be discussed. Complexation studies on bacterial surface model compounds with curium will be reported. Areas of this emerging field in actinide ...
Rock salt represents a potential host rock formation for the final disposal of radioactive waste. Th...
Speciation of actinides, and more particularly bioligand-binding ability, influences in vivo behavio...
Bioremediation is a very attractive alternative for restoration of contaminated soil and ground wate...
The migration of actinides through the environment is an inherently complex issue that is important ...
Sulfate-reducing bacteria (SRB) frequently occur in the deep granitic rock aquifers at the Äspö Hard...
Microorganisms influence the natural cycle of major elements, including C, N, P, S, and transition m...
The diversity of microorganisms is still far from understood, although many examples of the microbia...
Although uranium (U) is naturally found in the environment, soil remediation programs will become in...
Research efforts into understanding the effect of siderophores and capsules on actinide speciation a...
The groundwater bacterium Pseudomonas fluorescens (CCUG 32456) isolated at a depth of 70 m in the Äs...
Soils, sediments, and waters heavily polluted with radionuclides and other toxic metals, are a reser...
The authors examined the ability of a halophilic bacterium (WIPP 1A) isolated from the Waste Isolati...
The authors examined the ability of a halophilic bacterium (WIPP 1A) isolated from the Waste Isolati...
We examined the ability of a halophilic bacterium (WFP 1A) isolated from the Waste Isolation Pilot P...
Models for describing solution- and surface-phase reactions have been used for 30 years, but only re...
Rock salt represents a potential host rock formation for the final disposal of radioactive waste. Th...
Speciation of actinides, and more particularly bioligand-binding ability, influences in vivo behavio...
Bioremediation is a very attractive alternative for restoration of contaminated soil and ground wate...
The migration of actinides through the environment is an inherently complex issue that is important ...
Sulfate-reducing bacteria (SRB) frequently occur in the deep granitic rock aquifers at the Äspö Hard...
Microorganisms influence the natural cycle of major elements, including C, N, P, S, and transition m...
The diversity of microorganisms is still far from understood, although many examples of the microbia...
Although uranium (U) is naturally found in the environment, soil remediation programs will become in...
Research efforts into understanding the effect of siderophores and capsules on actinide speciation a...
The groundwater bacterium Pseudomonas fluorescens (CCUG 32456) isolated at a depth of 70 m in the Äs...
Soils, sediments, and waters heavily polluted with radionuclides and other toxic metals, are a reser...
The authors examined the ability of a halophilic bacterium (WIPP 1A) isolated from the Waste Isolati...
The authors examined the ability of a halophilic bacterium (WIPP 1A) isolated from the Waste Isolati...
We examined the ability of a halophilic bacterium (WFP 1A) isolated from the Waste Isolation Pilot P...
Models for describing solution- and surface-phase reactions have been used for 30 years, but only re...
Rock salt represents a potential host rock formation for the final disposal of radioactive waste. Th...
Speciation of actinides, and more particularly bioligand-binding ability, influences in vivo behavio...
Bioremediation is a very attractive alternative for restoration of contaminated soil and ground wate...