Vibrio Fischeri

Prokaryotic transport in electrohydrodynamic structures

Engineering / Dielectrophoresis / Biological Sciences / Physical Biology / Escherichia coli / Physical sciences / Nutrient Limitation / Surface Charge / Vibrio Fischeri / High Voltage Direct Current / Physical sciences / Nutrient Limitation / Surface Charge / Vibrio Fischeri / High Voltage Direct Current

Prokaryotic transport in electrohydrodynamic structures

Engineering / Dielectrophoresis / Biological Sciences / Physical Biology / Escherichia coli / Physical sciences / Nutrient Limitation / Surface Charge / Vibrio Fischeri / High Voltage Direct Current / Physical sciences / Nutrient Limitation / Surface Charge / Vibrio Fischeri / High Voltage Direct Current

Nano-aluminum: Transport through sand columns and environmental effects on plants and soil communities

Ecotoxicology / Metal Nanoparticles / Biological Sciences / Environmental Sciences / Transport / Glucose / Porous Media / Soil Respiration / Drinking Water / Environmental Effect / Solubility / Soil Microbiology / Environmental Impact / CHEMICAL SCIENCES / Fabaceae / Phaseolus vulgaris / World Health Organization / Aluminum oxide / Rye / Vibrio Fischeri / Environmental / Hydrogen-Ion Concentration / Lolium Perenne L. / Soil Pollutants / Aliivibrio fischeri / Glucose / Porous Media / Soil Respiration / Drinking Water / Environmental Effect / Solubility / Soil Microbiology / Environmental Impact / CHEMICAL SCIENCES / Fabaceae / Phaseolus vulgaris / World Health Organization / Aluminum oxide / Rye / Vibrio Fischeri / Environmental / Hydrogen-Ion Concentration / Lolium Perenne L. / Soil Pollutants / Aliivibrio fischeri

Prokaryotic transport in electrohydrodynamic structures

Engineering / Dielectrophoresis / Biological Sciences / Physical Biology / Escherichia coli / Physical sciences / Nutrient Limitation / Surface Charge / Vibrio Fischeri / High Voltage Direct Current / Physical sciences / Nutrient Limitation / Surface Charge / Vibrio Fischeri / High Voltage Direct Current

Preliminary ecotoxicological characterization of a new energetic substance, CL-20

Polymorphism / Ecotoxicology / Seed germination / Multidisciplinary / Toxicity / Nitrification / Oxidoreductases / Bacteria / Statistical Significance / Bioluminescence / Nitrogen / Luminescence / Green Algae / Marine Bacteria / Soil Microbiology / Environmental Impact / Vibrio / Analysis of Variance / Gramineae / Water soluble polymers / Toxicity Tests / Growth Inhibition / Triazines / Soil Microorganism / Vibrio Fischeri / Acute Toxicity / Chlorophyta / Lolium Perenne L. / Heterocyclic compounds / Toxicity Test / Soil Pollutants / Microbial community / Thallophyta / Medicago sativa / Adverse effect / Nitrification / Oxidoreductases / Bacteria / Statistical Significance / Bioluminescence / Nitrogen / Luminescence / Green Algae / Marine Bacteria / Soil Microbiology / Environmental Impact / Vibrio / Analysis of Variance / Gramineae / Water soluble polymers / Toxicity Tests / Growth Inhibition / Triazines / Soil Microorganism / Vibrio Fischeri / Acute Toxicity / Chlorophyta / Lolium Perenne L. / Heterocyclic compounds / Toxicity Test / Soil Pollutants / Microbial community / Thallophyta / Medicago sativa / Adverse effect

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