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1. Full Text Substrate-Controlled Succession of Marine Bacterioplankton Populations Induced by a Phytoplankton Bloom
by Hanno Teeling and Bernhard M. Fuchs and Dörte Becher and Christine Klockow and Antje Gardebrecht and Christin M. Bennke and Mariette Kassabgy and Sixing Huang and Alexander ]. Mann and Jost Waldmann and Marc Weber and Anna Klindworth and Andreas Otto and Jana Lange and Jörg Bernhardt and Christine Reinsch and Michael Hecker and Jörg Peplies and Frank D. Bockelmann and Ulrich Callies and Gunnar Gerdts and Antje Wichels and Karen H. Wiltshire and Frank Oliver Glöckner and Thomas Schweder and Rudolf Amann
Science (American Association for the Advancement of Science), ISSN 0036-8075, 5/2012, Volume 336, Issue 6081, pp. 608 - 611
Phosphates | Metagenomics | Bacterioplankton | REPORTS | Gammaproteobacteria | Ecological succession | Bacteria | Phytoplankton | Bacteroidetes | Diatoms | Roseobacter | Science & Technology - Other Topics | Multidisciplinary Sciences | Science & Technology | Fundamental and applied biological sciences. Psychology | Sea water ecosystems | Biological and medical sciences | Synecology | Animal and plant ecology | Animal, plant and microbial ecology | Sulfatases - genetics | Gammaproteobacteria - metabolism | Glycoside Hydrolases - genetics | North Sea | Bacteroidetes - enzymology | Alphaproteobacteria - growth & development | Diatoms - metabolism | Eutrophication | Alphaproteobacteria - enzymology | Phytoplankton - growth & development | Membrane Transport Proteins - genetics | Ecosystem | Phytoplankton - metabolism | Sulfatases - metabolism | Gammaproteobacteria - genetics | Membrane Transport Proteins - metabolism | Membrane Proteins - metabolism | Microbial Interactions | Gammaproteobacteria - enzymology | Seawater - microbiology | Membrane Proteins - genetics | Alphaproteobacteria - metabolism | Bacterial Proteins - genetics | Gammaproteobacteria - growth & development | Diatoms - growth & development | Phosphates - metabolism | Alphaproteobacteria - genetics | Bacteroidetes - metabolism | Bacterial Proteins - metabolism | Bacteroidetes - growth & development | Glycoside Hydrolases - metabolism | Bacteroidetes - genetics | Metagenome | Plankton | Phenetics | Physiological aspects | Environmental aspects | Genetic aspects | Biology | Research | Gene expression | Identification and classification | Marine biology | Microscopy | Algae | Index Medicus | Cycles | Uptakes | Scavengers | Marine | Coastal | Carbon | Transporter
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2. Full Text The nexus of syntrophy‐associated microbiota in anaerobic digestion revealed by long‐term enrichment and community survey
by Narihiro, Takashi and Nobu, Masaru K and Kim, Na‐Kyung and Kamagata, Yoichi and Liu, Wen‐Tso
Environmental microbiology, ISSN 1462-2912, 05/2015, Volume 17, Issue 5, pp. 1707 - 1720
Life Sciences & Biomedicine | Microbiology | Science & Technology | Anaerobiosis | Propionates - metabolism | Butyrates - metabolism | Carbon Dioxide - metabolism | Methane - metabolism | Acetates - metabolism | Benzoates - metabolism | Chloroflexi - genetics | Euryarchaeota - metabolism | Bacteroidetes - metabolism | Base Sequence | Actinobacteria - genetics | Actinobacteria - metabolism | RNA, Ribosomal, 16S - genetics | Microbial Consortia - genetics | Chloroflexi - metabolism | Bacteroidetes - genetics | Water Purification - methods | Sewage - microbiology | Formates - metabolism | Methane | Surveys | Esters | Microbiota (Symbiotic organisms) | Index Medicus
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3. Full Text Adaptive mechanisms that provide competitive advantages to marine bacteroidetes during microalgal blooms
by Unfried, Frank and Becker, Stefan and Robb, Craig S and Hehemann, Jan-Hendrik and Markert, Stephanie and Heiden, Stefan E and Hinzke, Tjorven and Becher, Dörte and Reintjes, Greta and Krüger, Karen and Avcı, Burak and Kappelmann, Lennart and Hahnke, Richard L and Fischer, Tanja and Harder, Jens and Teeling, Hanno and Fuchs, Bernhard and Barbeyron, Tristan and Amann, Rudolf I and Schweder, Thomas
The ISME Journal, ISSN 1751-7362, 12/2018, Volume 12, Issue 12, pp. 2894 - 2906
Environmental Sciences & Ecology | Ecology | Life Sciences & Biomedicine | Microbiology | Science & Technology | Adaptation, Physiological | Hydrolases - metabolism | Metagenomics | Hydrolases - genetics | Microalgae - metabolism | Bacterial Proteins - genetics | North Sea | Flavobacteriaceae - genetics | Bacteroidetes - physiology | Eutrophication | Flavobacteriaceae - physiology | Polysaccharides - metabolism | Carbon Cycle | Microalgae - microbiology | Phytoplankton - metabolism | Phytoplankton - microbiology | Bacterial Proteins - metabolism | Glucans - metabolism | Bacteroidetes - genetics | Biodegradation | Laminarin | Enzymes | Peptides | Cultivation | Genomes | Metabolism | Carbon | Carbon cycle | Degradation | Coupling (molecular) | Proteins | Algal blooms | Polysaccharides | Nitrogen metabolism | Proteomics | Phytoplankton | Index Medicus | Life Sciences | Microbiology and Parasitology
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4. Contributions of the interaction between dietary protein and gut microbiota to intestinal health
by Ma, Ning and Tian, Yanan and Wu, Yi and Ma, Xi
Current protein & peptide science, ISSN 1389-2037, 08/2017, Volume 18, Issue 8, pp. 795 - 808
Dietary protein | Metabolites | Amino acid balance | Intestinal microbiota | Gut barrier | Digestibility | Life Sciences & Biomedicine | Biochemistry & Molecular Biology | Science & Technology | Dietary Proteins - administration & dosage | Proteobacteria - metabolism | Humans | Gastrointestinal Microbiome - physiology | Dietary Carbohydrates - metabolism | Fusobacteria - metabolism | Dietary Proteins - metabolism | Proteolysis | Actinobacteria - metabolism | Firmicutes - metabolism | Verrucomicrobia - growth & development | Dietary Carbohydrates - administration & dosage | Firmicutes - growth & development | Fatty Acids, Volatile - biosynthesis | Ammonia - metabolism | Gastrointestinal Tract - microbiology | Gastrointestinal Tract - drug effects | Fermentation | Amines - metabolism | Fusobacteria - growth & development | Verrucomicrobia - metabolism | Gastrointestinal Microbiome - drug effects | Bacteroidetes - metabolism | Actinobacteria - growth & development | Bacteroidetes - growth & development | Proteobacteria - growth & development | Sulfide | Inflammatory bowel diseases | Amines | Protein turnover | Proteins | Low carbohydrate diet | Carcinogens | Microorganisms | Microbiota | Colon cancer | Intestine | Colon | Intestinal microflora | Digestive tract | Low protein diet | Immune system | Carbohydrates | Protein metabolism | Nutrient deficiency | Digestive system | Health risks | Dietary supplements | Amino acid composition | Gastrointestinal tract | Gene expression | Metabolism | Fatty acids | Gases | Cytotoxins | Ammonia | Signaling | Diet
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5. Full Text Identification of arsenic resistant endophytic bacteria from Pteris vittata roots and characterization for arsenic remediation application
by Tiwari, Sarita and Sarangi, Bijaya Ketan and Thul, Sanjog T
Journal of environmental management, ISSN 0301-4797, 09/2016, Volume 180, pp. 359 - 365
Endophytes | Plant growth promoting bacteria (PGPB) | Arsenic | Phytoremediation | Environmental Sciences & Ecology | Life Sciences & Biomedicine | Science & Technology | Environmental Sciences | Stenotrophomonas - isolation & purification | Bacillus - metabolism | Arsenates - metabolism | Firmicutes - genetics | Rhizobium - isolation & purification | Arsenic - metabolism | Endophytes - metabolism | Enterobacter - metabolism | Microbial Sensitivity Tests | Arsenates - analysis | Stenotrophomonas - genetics | Bacillus - isolation & purification | Endophytes - drug effects | Firmicutes - metabolism | Enterobacter - genetics | Bacteroidetes - isolation & purification | Biodegradation, Environmental | Plant Development | Firmicutes - isolation & purification | Oxidation-Reduction | Oxidoreductases - metabolism | Bacillus - genetics | Plant Roots - microbiology | Rhizobium - genetics | Arsenites - metabolism | Pteris - microbiology | Rhizobium - metabolism | Soil Pollutants - metabolism | Stenotrophomonas - metabolism | Bacteroidetes - metabolism | RNA, Ribosomal, 16S - genetics | Soil | Arsenic - pharmacology | Enterobacter - isolation & purification | Bacteroidetes - genetics | Indoleacetic Acids | Oxidases | Phosphatases | Green technology | Bacteria | Silver nitrate | Acetic acid | Organic acids | Arsenic compounds | Ferns | Pollution | Oxidation | Bioremediation | Index Medicus
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6. Full Text Human gut Bacteroidetes can utilize yeast mannan through a selfish mechanism
by Cuskin, Fiona and Lowe, Elisabeth C and Temple, Max J and Zhu, Yanping and Cameron, Elizabeth A and Pudlo, Nicholas A and Porter, Nathan T and Urs, Karthik and Thompson, Andrew J and Cartmell, Alan and Rogowski, Artur and Hamilton, Brian S and Chen, Rui and Tolbert, Thomas J and Piens, Kathleen and Bracke, Debby and Vervecken, Wouter and Hakki, Zalihe and Speciale, Gaetano and Munoz-Munoz, Jose L and Day, Andrew and Peña, Maria J and McLean, Richard and Suits, Michael D and Boraston, Alisdair B and Atherly, Todd and Ziemer, Cherie J and Williams, Spencer J and Davies, Gideon J and Abbott, Wade D and Martens, Eric C and Gilbert, Harry J and Univ. of Georgia, Athens, GA (United States)
Nature (London), ISSN 0028-0836, 01/2015, Volume 517, Issue 7533, pp. 165 - 169
Science & Technology - Other Topics | Multidisciplinary Sciences | Science & Technology | Periplasm - enzymology | Humans | Genetic Loci - genetics | Glycoproteins - metabolism | Male | Bacteroidetes - enzymology | Mannose - metabolism | Bacteroidetes - cytology | Mannans - chemistry | Enzymes - genetics | Oligosaccharides - chemistry | Female | Glycoproteins - chemistry | Enzymes - metabolism | Gastrointestinal Tract - microbiology | Models, Molecular | Yeasts - chemistry | Oligosaccharides - metabolism | Biological Evolution | Animals | Diet | Bacteroidetes - metabolism | Models, Biological | Mannans - metabolism | Germ-Free Life | Mice | Carbohydrate Conformation | Bacteroidetes - genetics | Enzymes | Yeast | Microbiology | Digestive system | Bacteria | Genomes | Metabolism | Index Medicus | BASIC BIOLOGICAL SCIENCES
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7. Full Text Gut Microbiota from Twins Discordant for Obesity Modulate Metabolism in Mice
by Vanessa K. Ridaura and Jeremiah J. Faith and Federico E. Rey and Jiye Cheng and Alexis E. Duncan and Andrew L. Kau and Nicholas W. Griffin and Vincent Lombard and Bernard Henrissat and James R. Bain and Michael J. Muehlbauer and Olga Ilkayeva and Clay F. Semenkovich and Katsuhiko Funai and David K. Hayashi and Barbara J. Lyle and Margaret C. Martini and Luke K. Ursell and Jose C. Clemente and William Van Treuren and William A. Walters and Rob Knight and Christopher B. Newgard and Andrew C. Heath and Jeffrey I. Gordon
Science (American Association for the Advancement of Science), ISSN 0036-8075, 9/2013, Volume 341, Issue 6150, pp. 1079 - 1079
RESEARCH ARTICLE SUMMARY | Obesity | Microbiota | Phenotypes | Adiposity | Cohousing | Fats | Lipid metabolism | Metabolism | Twins | Body composition | Science & Technology - Other Topics | Multidisciplinary Sciences | Science & Technology | Humans | Thinness - microbiology | Cecum - microbiology | Obesity - genetics | Bacteroidetes - physiology | Metagenome - physiology | Young Adult | Feces - microbiology | Metagenome - genetics | Cecum - metabolism | Adult | Female | Weight Gain | Mice, Inbred C57BL | Gastrointestinal Tract - microbiology | Metabolome | Obesity - metabolism | Animals | Diet, Fat-Restricted | Germ-Free Life | Mice, Obese | Mice | Bacteroidetes - genetics | Index Medicus
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