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1. Full Text Influence of water management on the active root-associated microbiota involved in arsenic, iron, and sulfur cycles in rice paddies
by Zecchin, Sarah and Corsini, Anna and Martin, Maria and Cavalca, Lucia
Applied microbiology and biotechnology, ISSN 0175-7598, 9/2017, Volume 101, Issue 17, pp. 6725 - 6738
Life Sciences | Biotechnology | Sulfate-reducing bacteria | Microbiology | Microbial Genetics and Genomics | Arsenic bacteria | Rice rhizosphere microbiota | Iron-reducing bacteria | Sulfur-oxidizing bacteria | Iron-oxidizing bacteria | Life Sciences & Biomedicine | Biotechnology & Applied Microbiology | Science & Technology | RNA, Ribosomal, 16S - metabolism | Water | Sulfur - metabolism | Bacteria - metabolism | Microbiota - physiology | Oxidation-Reduction | Oryza - metabolism | Soil Microbiology | Bacterial Physiological Phenomena | Plant Roots - microbiology | Bacteria - genetics | Iron - metabolism | Arsenic - metabolism | Rhizosphere | Soil Pollutants - metabolism | Microbiota - genetics | Soil - chemistry | Environmental aspects | Management | Microbial colonies | Rice | Water management | rRNA 16S | Arsenic | Communities | Rhizosphere microorganisms | Iron | Biodiversity | Species diversity | Taxa | Microorganisms | Bacteria | Flowering | Soil solution | Sulfur | Speciation | Species richness | Soil contamination | Plants (botany) | Abundance | Flooding | Dissolution | Contamination | Drainage | Water regimes | Soils | Biogeochemistry | Relative abundance | Rhizoplane | Rice fields | Arsenite | Index Medicus
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2. Full Text Efficiency and mechanisms of antimony removal from wastewater using mixed cultures of iron-oxidizing bacteria and sulfate-reducing bacteria based on scrap iron
by Li, Yongchao and Xu, Zheng and Wu, Jixin and Mo, Ping
Separation and purification technology, ISSN 1383-5866, 09/2020, Volume 246, p. 116756
Synergistic treatment | Sb(V) | Sulfate-reducing bacteria | Scrap iron | Iron-oxidizing bacteria | Engineering | Engineering, Chemical | Technology | Science & Technology
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3. Full Text Lithotrophic iron-oxidizing bacteria produce organic stalks to control mineral growth: implications for biosignature formation
by Chan, Clara S and Fakra, Sirine C and Emerson, David and Fleming, Emily J and Edwards, Katrina J
The ISME Journal, ISSN 1751-7362, 04/2011, Volume 5, Issue 4, pp. 717 - 727
Mariprofundus ferrooxydans | spectromicroscopy | biomineralization | Zetaproteobacteria | Gallionella | Environmental Sciences & Ecology | Ecology | Life Sciences & Biomedicine | Microbiology | Science & Technology | Proteobacteria - metabolism | Oxidation-Reduction | Minerals - chemistry | Proteobacteria - growth & development | Proteobacteria - cytology | Iron - metabolism | Ferric Compounds - analysis | Spectroscopy | Scanning | Fibrils | Crystals | encrustation | Fluorescence | Iron | Leukocytes (neutrophilic) | Minerals | Metabolism | Silica | Fossils | Iron-oxidizing bacteria | Ionizing radiation | Polysaccharides | Transmission electron microscopy | Filaments | Ultrastructure | Oxidation | Index Medicus | Original
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4. Full Text A mechanistic analysis of the influence of iron‐oxidizing bacteria on antimony (V) removal from water by microscale zero‐valent iron
by Li, Yongchao and Wu, Jixin and Hu, Wei and Ren, Bozhi and Hursthouse, Andrew S
Journal of chemical technology and biotechnology (1986), ISSN 0268-2575, 09/2018, Volume 93, Issue 9, pp. 2527 - 2534
iron‐oxidizing bacteria | antimony (V) | microscale zero‐valent iron | bioinhibitory effect | iron-oxidizing bacteria | microscale zero-valent iron | Engineering | Physical Sciences | Engineering, Chemical | Chemistry | Engineering, Environmental | Life Sciences & Biomedicine | Technology | Biotechnology & Applied Microbiology | Chemistry, Multidisciplinary | Science & Technology | Chemical industry | Herbicides | Pesticides industry | Ecosystem components | Analysis | Bacteria | Corrosion and anti-corrosives | Hematite | Water treatment | Oxygen consumption | Antimony | Iron | Bacterial corrosion | Mass transfer | Heavy metals | Reaction products | Organic chemistry | Microorganisms | Corrosion | Mineralization | Corrosion effects | Oxidation | Redox potential | Iron oxides
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5. Full Text The role of iron-oxidizing bacteria in biocorrosion: a review
by Emerson, David
Biofouling (Chur, Switzerland), ISSN 0892-7014, 10/2018, Volume 34, Issue 9, pp. 989 - 1000
Gallionellaceae | corrosion | Zetaproteobacteria | Iron-oxidizing bacteria | Life Sciences & Biomedicine | Biotechnology & Applied Microbiology | Marine & Freshwater Biology | Science & Technology | Adaptations | Sulfate reduction | Sulfate-reducing bacteria | Microbiomes | Surfaces | Oxides | Iron | Steel | Bacterial corrosion | Sulphate reduction | Biofilms | Corrosion | Low carbon steels | Minimum inhibitory concentration | Corrosion products | Bacteria | Oxidation | Colonization | Maintenance management | Index Medicus
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6. Full Text Characterization of the biofilm grown on 304L stainless steel in urban wastewaters: extracellular polymeric substances (EPS) and bacterial consortia
by Ziadi, Islem and El-Bassi, Leila and Bousselmi, Latifa and Akrout, Hanene
Biofouling (Chur, Switzerland), ISSN 0892-7014, 09/2020, Volume 36, Issue 8, pp. 977 - 989
iron-bacteria | corrosive consortia | EPS | sulphate-bacteria | Biocorrosion | Life Sciences & Biomedicine | Biotechnology & Applied Microbiology | Marine & Freshwater Biology | Science & Technology | Sulfate reduction | Anaerobic bacteria | Sulfate-reducing bacteria | Oxygen | Iron | Extracellular | Sulphur | Wastewater treatment | Dissolution | Sulphate reduction | Consortia | Biofilms | Submerging | Stainless steel | Austenitic stainless steels | Anodic dissolution | Aerobic bacteria | Electrochemistry | Bacteria | Oxidation | Sulfur | Index Medicus
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7. Full Text Comparative genomics of freshwater Fe-oxidizing bacteria: Implications for physiology, ecology, and systematics
by Emerson, David and Field, Erin K and Chertkov, Olga and Davenport, Karen W and Goodwin, Lynne and Munk, Christine and Nolan, Matt and Woyke, Tanja
Frontiers in microbiology, ISSN 1664-302X, 2013, Volume 4, pp. 254 - 254
Gallionellaceae | Sideroxydans | Iron oxidizing bacteria | Fe-oxidizing bacteria | Gallionella | Life Sciences & Biomedicine | Microbiology | Science & Technology | iron oxidizing bacteria
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8. Full Text From chemolithoautotrophs to electrolithoautotrophs: CO2 fixation by Fe(II)-oxidizing bacteria coupled with direct uptake of electrons from solid electron sources
by Ishii, Takumi and Kawaichi, Satoshi and Nakagawa, Hirotaka and Hashimoto, Kazuhito and Nakamura, Ryuhei
Frontiers in microbiology, ISSN 1664-302X, 2015, Volume 6, pp. 994 - 994
Hydrothermal vents | Iron oxidizing bacteria | Carbon assimilation | Extracellular electron transfer | Electrolithoautotrophy | Life Sciences & Biomedicine | Microbiology | Science & Technology | Bacteria | Solar energy | Hydrothermal Vents | extracellular electron transfer | electrolithoautotrophy | iron oxidizing bacteria
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9. Full Text Effect of citric acid and bacteria on metal uptake in reeds grown in a synthetic acid mine drainage solution
by Guo, Lin and Cutright, Teresa J
Journal of environmental management, ISSN 0301-4797, 03/2015, Volume 150, pp. 235 - 242
Acidophilic heterotrophs | Iron oxidizing bacteria | Hydroponic conditions | Phragmites australis | Citric acid | Environmental Sciences & Ecology | Life Sciences & Biomedicine | Science & Technology | Environmental Sciences | Biodegradation, Environmental | Mining | Rhizosphere | Bacteria - metabolism | Metals, Heavy - metabolism | Poaceae - metabolism | Humans | Bacterial Physiological Phenomena | Citric Acid - pharmacology | Plant Roots - microbiology | Poaceae - drug effects | Bacteria | Plants | Acid mine drainage | Flowers & plants | Environmental management | Index Medicus | Uptakes | Reeds | Formations | Iron | Heterotrophs | Manganese
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