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    • Bacteria and Bacteria-Like Structures from the Oil-Shale of MesselGotthard Richter
      Gotthard Richter (1994): Bacteria and Bacteria-Like Structures from the Oil-Shale of Messel – Kaupia - Darmstädter Beiträge zur Naturgeschichte – 4: 21 - 28.
      Reference
    • Ulrich Kutschera (2004): Species concepts: leeches versus bacteria. – Lauterbornia – 2004_52: 171 - 175.
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    • Acanthia valdiviana und Bacteria unifoliataRudolf Amandus Philippi
      Rudolf Amandus Philippi (1865): Acanthia valdiviana und Bacteria unifoliata – Entomologische Zeitung Stettin – 26: 63 - 65.
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    • István Mihály Szabo, El-Ghoddi Abdelaati Nasser, Bella Striganova, Rakhmo Rakhmo, Katalin Jáger, Mayra Heydrich (1992): Interactions among Millipedes (Diplopoda) and their Intestinal Bacteria. – Berichte des naturwissenschaftlichen-medizinischen Verein Innsbruck – S10: 289 - 296.
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    • Silicified Bacteria and Associated Biofilm from the Deep-Sea Sedimentary EnvironmentFrances Westall
      Frances Westall (1994): Silicified Bacteria and Associated Biofilm from the Deep-Sea Sedimentary Environment – Kaupia - Darmstädter Beiträge zur Naturgeschichte – 4: 29 - 43.
      Reference
    • Investigation of the presence of endofungal bacteria in Zygomycetes isolated from soil samplesOzlem Abaci Gunyar, Derya Birol, Bengi Aldi, Alev Haliki Uztan
      Ozlem Abaci Gunyar, Derya Birol, Bengi Aldi, Alev Haliki Uztan (2023): Investigation of the presence of endofungal bacteria in Zygomycetes isolated from soil samples – Sydowia – 75: 119 - 127.
      Reference
    • Fossil Bacteria in an Upper Silurian Limestone from the Cellon Section (Carnic Alps /Austria). Helga Priewalder
      Helga Priewalder (2013): Fossil Bacteria in an Upper Silurian Limestone from the Cellon Section (Carnic Alps /Austria). – Jahrbuch der Geologischen Bundesanstalt – 153: 225 - 238.
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    • Barbara Geric, Maja Rupnik, Hojka Kraigher (2000): Isolation and Identification of Mycorrhization Helper Bacteria in Norway spruce, Picea abies (L.) Karst. – Phyton, Annales Rei Botanicae, Horn – 40_4: 65 - 70.
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    • Anton Hansgirg (1888): Beiträge zur Kenntniss der Kellerbacterien, nebst Bemerkungen zur Systematik der Spaltpilze (Bacteria). – Österreichische Botanische Zeitschrift = Plant Systematics and Evolution – 038: 227 - 230.
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    • Bacteria-like Cytoplasmic Symbionts in a Natural Population of the Green Alga Desmatractum…O. L. Reymond, R. Birchem
      O.L. Reymond, R. Birchem (1991): Bacteria-like Cytoplasmic Symbionts in a Natural Population of the Green Alga Desmatractum bipyramidatum (Chlorococcales) – Archiv für Protistenkunde – 139_1991: 53 - 54.
      Reference
    • Isolation of Glaucoma ficaria Kahl in bacteria-free cultures, and growth in relation to ph of the…David F. Johnson
      David F. Johnson (1935): Isolation of Glaucoma ficaria Kahl in bacteria-free cultures, and growth in relation to ph of the medium. – Archiv für Protistenkunde – 86_1935: 263 - 277.
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    • Christine Lesch, Dieter Kitzrow, Peter Kämpfer, Alexander Neef, Rudolf Schipp (1999): Microbiological and physiological studies on bacteria populations in the pericardial coelom of Nautilus pompilius L. (Cephalopoda, Tetrabranchiata) – Berichte der Geologischen Bundesanstalt – 46: 73.
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    • Entry of Foreign Bacteria and of its Own Epibionts (Epixenosomes) into an Hypotrichous Ciliate, …G. Rosati
      G. Rosati (1994): Entry of Foreign Bacteria and of its Own Epibionts (Epixenosomes) into an Hypotrichous Ciliate, Euplotidium itoi, by Cortical Invaginations – Archiv für Protistenkunde – 144_1994: 283 - 288.
      Reference
    • Experimental Studies to Modify the Number of Endocytic Bacteria in Cryptomonas Strain SAG 2580…Eberhard Schnepf, R. Feith
      Eberhard Schnepf, R. Feith (1992): Experimental Studies to Modify the Number of Endocytic Bacteria in Cryptomonas Strain SAG 2580 (Cryptophyceae) and their Lysis by Bacteriophages – Archiv für Protistenkunde – 142_1992: 95 - 100.
      Reference
    • Effect of ethyl alcohol on the growth of eight protozoan species in bacteria-free cultures. John B. Loefer, Richard P. Hall
      John B. Loefer, Richard P. Hall (1936): Effect of ethyl alcohol on the growth of eight protozoan species in bacteria-free cultures. – Archiv für Protistenkunde – 87_1936: 123 - 130.
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    • Bemerkungen zu A. Lockhart Gillespie: The bacteria of the stomach. Oskar Schulz
      Oskar Schulz (1893): Bemerkungen zu A. Lockhart Gillespie: The bacteria of the stomach. – Biologisches Zentralblatt – 13: 436 - 438.
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    • Anton Hansgirg (1888): Beiträge zur Kenntniss der Kellerbacterien, nebst Bemerkungen zur Systematik der Spaltpilze (Bacteria). – Österreichische Botanische Zeitschrift = Plant Systematics and Evolution – 038: 263 - 267.
      Reference | PDF
    • Olav Giere (1996): IV. Unusual energy sources. Bacterial endosymbioses in marine littoral worms. – Biosystematics and Ecology – 11: 353 - 367.
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    • The nutrition of Flabellula mira SchaefferN. E. Rice
      N.E. Rice (1935): The nutrition of Flabellula mira Schaeffer – Archiv für Protistenkunde – 85_1935: 350 - 368.
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    • Growth of Glaucoma ficaria Kahl in cultures with single species of other microorganisms. David F. Johnson
      David F. Johnson (1935): Growth of Glaucoma ficaria Kahl in cultures with single species of other microorganisms. – Archiv für Protistenkunde – 86_1935: 359 - 378.
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    • Bacterial Preservation of the Digestive System in Messel EquoidsJens Lorenz Franzen
      Jens Lorenz Franzen (1994): Bacterial Preservation of the Digestive System in Messel Equoids – Kaupia - Darmstädter Beiträge zur Naturgeschichte – 4: 3 - 11.
      Reference
    • Caedibacter macronucleorum sp. nov. , a Bacterium Inhabiting the Macronucleus of Paramecium…Sergei I. Fokin, Hans Dieter Görtz
      Sergei I. Fokin, Hans Dieter Görtz (1993): Caedibacter macronucleorum sp. nov., a Bacterium Inhabiting the Macronucleus of Paramecium duboscqui – Archiv für Protistenkunde – 143_1993: 319 - 324.
      Reference
    • Jörg A. Ott (1996): IV. Unusual energy sources. Sulphide ectosymbioses in shallow marine habitats. – Biosystematics and Ecology – 11: 369 - 382.
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    • Hans Dieter Görtz (2008): Towards an understanding of the distribution, dynamics and ecological significance of bacterial symbioses in protists – Denisia – 0023: 307 - 311.
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    • The culture of some holotrichous ciliates. A. Hetherington
      A. Hetherington (1933): The culture of some holotrichous ciliates. – Archiv für Protistenkunde – 80_1933: 255 - 280.
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    • Fossil Microorganisms from the Eocene Messel Oil Shale of Southern Hesse, GermanyKarin Liebig
      Karin Liebig (1998): Fossil Microorganisms from the Eocene Messel Oil Shale of Southern Hesse, Germany – Kaupia - Darmstädter Beiträge zur Naturgeschichte – 7: 1 - 95.
      Reference
    • Vladimir B. Naumov, Vsevolod Yu. Prokofiev, Ye. Vapnik (2011): The study of microorganisms in the natural quartz fluid inclusion – Berichte der Geologischen Bundesanstalt – 87: 146 - 147.
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    • Martin F. Polz, M. Cavanaugh (1996): IV. Unusual energy sources. The ecology of ectosymbiosis at a Mid-Atlantic Ridge hydrothermal vent site. – Biosystematics and Ecology – 11: 337 - 352.
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    • Chris P. Chanway (1998): Bacterial endophytes: ecological and practical implications. – Sydowia – 50: 149 - 170.
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    • A new marine nematode, Catanema schiemeri sp. nov. (Desmodoroidea) with multiple prokaryotic…Jörg A. Ott, Philipp Pröts, Florian Scharhauser
      Jörg A. Ott, Philipp Pröts, Florian Scharhauser (2020): A new marine nematode, Catanema schiemeri sp. nov. (Desmodoroidea) with multiple prokaryotic symbionts – Verhandlungen der Zoologisch-Botanischen Gesellschaft in Wien. Frueher: Verh.des Zoologisch-Botanischen Vereins in Wien. seit 2014 "Acta ZooBot Austria" – 157: 275 - 287.
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    • Kentrophoros (Ciliophora, Karyorelictea) has Oral Vestiges: a Reinvestigation of K. fistulosus…Wilhelm Foissner
      Wilhelm Foissner (1995): Kentrophoros (Ciliophora, Karyorelictea) has Oral Vestiges: a Reinvestigation of K. fistulosus (Fauré - Fremiet, 1950) Using Protargol Impregnation – Archiv für Protistenkunde – 146_1995: 165 - 179.
      Reference
    • Lithified Prokaryotes Associated with Fossil Soft Tissues from the Santana Formation (Cretaceous)…David M. Martill, Philip Richard Wilby
      David M. Martill, Philip Richard Wilby (1994): Lithified Prokaryotes Associated with Fossil Soft Tissues from the Santana Formation (Cretaceous) of Brazil – Kaupia - Darmstädter Beiträge zur Naturgeschichte – 4: 71 - 77.
      Reference
    • Observations on the Nutrition of Flabellula mira Schaeffer and other Amoebae. N. E. Rice
      N.E. Rice (1938): Observations on the Nutrition of Flabellula mira Schaeffer and other Amoebae. – Archiv für Protistenkunde – 90_1938: 354 - 357.
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    • The sterilization of protozoa. J. M. Luck, G. Sheets
      J.M. Luck, G. Sheets (1931): The sterilization of protozoa. – Archiv für Protistenkunde – 75_1931: 255 - 269.
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    • Monocercomonoides termitis n. sp. , an Oxymonad from the Lower Termite Kalotermes sinaicusRenate Radek
      Renate Radek (1994): Monocercomonoides termitis n. sp., an Oxymonad from the Lower Termite Kalotermes sinaicus – Archiv für Protistenkunde – 144_1994: 373 - 382.
      Reference
    • C. Y. Li, Strzelnczyk (2000): Belowground Microbial Processes Underpin Forest Productivity. – Phyton, Annales Rei Botanicae, Horn – 40_4: 129 - 134.
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    • Longevity of yellow-bellied toads (. Bombina variegata) and the efficiency of their immune systemBarbara Plytycz, Alicja Jozkowicz, Magdalena Chadzinska, Janusz Bigaj
      Barbara Plytycz, Alicja Jozkowicz, Magdalena Chadzinska, Janusz Bigaj (1996): Longevity of yellow-bellied toads (.Bombina variegata) and the efficiency of their immune system – Naturschutzreport Jena – 11_1996: 77 - 84.
      Reference
    • Decomposers of the Diatom Lawn and ReticulosphaeraKarl G. Grell
      Karl G. Grell (1994): Decomposers of the Diatom Lawn and Reticulosphaera – Archiv für Protistenkunde – 144_1994: 343 - 349.
      Reference
    • G.D. Kasimir, Diego G. Zelaya (1990): MICROBIAL SELFPURIFICATION PROCESSES IN THE RIVER YBBS (LOWER AUSTRIA) AS MEASURED BY DIFFERENT METHODS – Jahresbericht der Biologischen Station Lunz – 1990_013: 53 - 65.
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    • Birgit Heinz, Steffen Birk, Rudolf Liedl, Tobias Geyer, Kristina L. Straub, Kai Bester, Andreas Kappler (2006): Vulnerability of a Karst Spring to Wastewater Infiltration (Gallusquelle, Southwest Germany). – Austrian Journal of Earth Sciences – 99: 11 - 17.
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    • The anatomy of the stomach and caecum of the Samango mnkey, Cercopithecus mitis erythrarchus…Michael R. Perrin, Michael R. Bruorton
      Michael R. Perrin, Michael R. Bruorton (1988): The anatomy of the stomach and caecum of the Samango mnkey, Cercopithecus mitis erythrarchus Peters, 1852 – Mammalian Biology (früher Zeitschrift für Säugetierkunde) – 53: 210 - 224.
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    • Karel Tajovsky (1992): Feeding Biology of the Millipede Glomeris hexasticha (Glomeridae, Diplopoda). – Berichte des naturwissenschaftlichen-medizinischen Verein Innsbruck – S10: 305 - 311.
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    • Effects of Antibiotics on Contamined Callus Cultures of Pyrethrum. M. Bergant, Jana Ambrozic-Dolinsek, Tina Demsar, T. Dreo, Maja Ravnikar,…
      M. Bergant, Jana Ambrozic-Dolinsek, Tina Demsar, T. Dreo, Maja Ravnikar, Jana Zel (2005): Effects of Antibiotics on Contamined Callus Cultures of Pyrethrum. – Phyton, Annales Rei Botanicae, Horn – 45_2: 197 - 206.
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    • Bacteria in natureE. R. Leadbetter, J. S. Poindexter
      E.R. Leadbetter, J.S. Poindexter (1985): Bacteria in nature – Plenum Press, N.Y. – 1: 1.
      Reference
    • C. S. Singh, Shwet Kamal (1970/1971): Taxonomy of Some Indian Ascomycetes. – Sydowia – 24: 217 - 222.
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    • Andreas R. Hassl, Angelika Url, Barbara Rebel-Bauder (2002): Weeksella virosa HOLMES et al., 1987 colonised epidermal cysts in Hyla crepitans WIED-NEUWIED, 1824 – Herpetozoa – 14_3_4: 127 - 131.
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    • Diversity of Free-Living Morphospecies in the Ciliate Genus MetopusGenoveva F. Esteban, Tom Fenchel, Bland Finlay
      Genoveva F. Esteban, Tom Fenchel, Bland Finlay (1995): Diversity of Free-Living Morphospecies in the Ciliate Genus Metopus – Archiv für Protistenkunde – 146_1995: 137 - 164.
      Reference
    • The Relations of Chloroplastid and Cytoplasma. Alfred J. Ewart
      Alfred J. Ewart (1897): The Relations of Chloroplastid and Cytoplasma. – Botanisches Centralblatt – 72: 289 - 296.
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    • Comparative evaluation of antimicrobial activity of methanolic extract and phenolic compounds of a… diverse
      diverse (2013): Comparative evaluation of antimicrobial activity of methanolic extract and phenolic compounds of a liverwort, Reboulia hemispherica – Archive for Bryology – 192: 1 - 6.
      Reference
    • Symbiosis in the Membracid Insect Tricentrus assamensisS. Mahdihassan
      S. Mahdihassan (1976): Symbiosis in the Membracid Insect Tricentrus assamensis – Archiv für Protistenkunde – 118_1976: 180 - 190.
      Reference
    • Gil T. Rowe (1996): III. Food scarcity. The cycling of organic matter in food-limited environments. In: Deep Sea and Extreme Shallow-water Habitats: Affinities and Adaptations. – Biosystematics and Ecology – 11: 233 - 260.
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    • Charles Fisher (1996): IV. Unusual energy sources. Ecophysiology of primary production at deep-sea vents and seeps. – Biosystematics and Ecology – 11: 313 - 336.
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    • I. Some factors influencing growth and encystment. Charles Vincent Taylor, A. G. R. Strickland
      Charles Vincent Taylor, A.G.R. Strickland (1938): I. Some factors influencing growth and encystment. – Archiv für Protistenkunde – 90_1938: 396 - 409.
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    • Georg Kasimir (1990): Mikrobiologische Untersuchungen im Lunzer Seebach (RITRODAT). – Jahresbericht der Biologischen Station Lunz – 1990_012: 55 - 69.
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    • Micro- and meiobiota patterns in glacier driven stream habitats. Ursula Eisendle-Flöckner, Christian D. Jersabek, Martin Kirchmair
      Ursula Eisendle-Flöckner, Christian D. Jersabek, Martin Kirchmair (2013): Micro- and meiobiota patterns in glacier driven stream habitats. – Nationalpark Hohe Tauern - Conference Volume – 5: 167 - 170.
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    • Microbial promoters of mycelial growth, fruiting and production of Pleurotus ostreatusEduardo Torres-Ruiz, Jose Ernesto Sanchez, Griselda K. Guillen-Navarro, …
      Eduardo Torres-Ruiz, Jose Ernesto Sanchez, Griselda K. Guillen-Navarro, Dory G. Ramos-Perez, Daniel J. Royse (2016): Microbial promoters of mycelial growth, fruiting and production of Pleurotus ostreatus – Sydowia – 68: 151 - 161.
      Reference
    • S. J. Grayston (2000): Rhizodeposition and Its Impact on Microbial Community Structure and Function in Trees. – Phyton, Annales Rei Botanicae, Horn – 40_4: 27 - 36.
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    • Antibacterial activities of secondary metabolites of endophytic Aspergillus fumigatus, …Jonathan Jaime G. Guerrero, Jazzlyn T. Imperial, Mheljor A. General, …
      Jonathan Jaime G. Guerrero, Jazzlyn T. Imperial, Mheljor A. General, Eliza Ann A. Arena, Mae Breech R. Bernal (2020): Antibacterial activities of secondary metabolites of endophytic Aspergillus fumigatus, Aspergillus sp. and Diaporthe sp. isolated from medicinal plants – Österreichische Zeitschrift für Pilzkunde – 28: 53 - 61.
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    • The Ultrastructure and Systematic Position of the Euglenozoon Postgaardi mariagerensis, Fenchel…A. G. B. Simpson, John Van den Hoff, C. Bernard, H. R. Burton, David…
      A.G.B. Simpson, John Van den Hoff, C. Bernard, H.R. Burton, David Patterson (1996): The Ultrastructure and Systematic Position of the Euglenozoon Postgaardi mariagerensis, Fenchel et al. – Archiv für Protistenkunde – 147_1996: 213 - 225.
      Reference
    • Gastic anatomy and histology of an arboreal, folivorous murid rodent: The Black-tailed tree rat…Michael R. Perrin
      Michael R. Perrin (1985): Gastic anatomy and histology of an arboreal, folivorous murid rodent: The Black-tailed tree rat Thallomys paedulcus (Sundevall, 1846) – Mammalian Biology (früher Zeitschrift für Säugetierkunde) – 51: 224 - 236.
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    • Übersichtliche Einteilung und Tabellen zur Einordnung der Mikroorganismen, speziell der…Ludwig Heim
      Ludwig Heim (1895-1897): Übersichtliche Einteilung und Tabellen zur Einordnung der Mikroorganismen, speziell der Bakterien. – Sitzungsberichte der Physikalisch-Medizinischen Sozietät zu Erlangen – 29: 29 - 39.
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    • Spumella elongata (Stokes) nov. comb. , a Colourless Flagellate from SoilJ. H. Belcher, E. M. F. Swale
      J.H. Belcher, E.M.F. Swale (1976): Spumella elongata (Stokes) nov. comb., a Colourless Flagellate from Soil – Archiv für Protistenkunde – 118_1976: 215 - 220.
      Reference
    • Effect of certain ‘peptone’ media and carbohydrates on the growth of Paramecium bursaria. John B. Loefer
      John B. Loefer (1936): Effect of certain ‘peptone’ media and carbohydrates on the growth of Paramecium bursaria. – Archiv für Protistenkunde – 87_1936: 142 - 150.
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    • Comparative Studies on the Production Biology of Protozoan Communities in Freshwater and Soil…Wilfried Schönborn
      Wilfried Schönborn (1992): Comparative Studies on the Production Biology of Protozoan Communities in Freshwater and Soil Ecosystems – Archiv für Protistenkunde – 141_1992: 187 - 214.
      Reference
    • Microbial Manganese OxidationR. Schweisfurth
      R. Schweisfurth (1978): Microbial Manganese Oxidation – Verhandlungen der Gesellschaft für Ökologie – 7_1978: 281 - 283.
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    • Studies on the oxidation-reduction potential of protozoan cultures. Theodore Louis Jahn
      Theodore Louis Jahn (1935): Studies on the oxidation-reduction potential of protozoan cultures. – Archiv für Protistenkunde – 86_1935: 225 - 237.
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    • Use of Adenosine 5'-Triphosphate Nucleotide Pool as an Indicator of Biomass and Physiological…Jacques Bohatier, J. Senaud, M. Senhaji
      Jacques Bohatier, J. Senaud, M. Senhaji (1992): Use of Adenosine 5'-Triphosphate Nucleotide Pool as an Indicator of Biomass and Physiological Activity of Ruminal Microbial Populations in Sheep and in Artificial Fermentor (RUSITEC) – Archiv für Protistenkunde – 142_1992: 59 - 75.
      Reference
    • Willi E.R. Xylander (1992): Immune Defense Reactions of Myriapoda - A Brief Presentation of Recent Results. – Berichte des naturwissenschaftlichen-medizinischen Verein Innsbruck – S10: 101 - 110.
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    • Nucleosphaerium tuckeri nov. gen. nov. sp. — A New Freshwater Filose Amoeba Without Motile…J. P. Cann, Frederick Page
      J.P. Cann, Frederick Page (1979): Nucleosphaerium tuckeri nov. gen. nov. sp. — A New Freshwater Filose Amoeba Without Motile Form in a New Family Nucleariidae (Filosea: Aconchulinida) Feeding by Ingestion Only – Archiv für Protistenkunde – 122_1979: 226 - 240.
      Reference
    • Vahlkampfia anaerobica n. sp. and Vannella peregrinia n. sp. (Rhizopoda) - Anaerobic Amoebae…Alexey V. Smirnov, Tom Fenchel
      Alexey V. Smirnov, Tom Fenchel (1996): Vahlkampfia anaerobica n. sp. and Vannella peregrinia n. sp. (Rhizopoda) - Anaerobic Amoebae from a Marine Sediment – Archiv für Protistenkunde – 147_1996: 189 - 198.
      Reference
    • Microbial activity records in Marinoan Snowball Earth postglacial transition layers connecting…Ildikó Gyollai, Marta Polgari, Krisztian Fintor, Elemer Pal-Molnar, …
      Ildikó Gyollai, Marta Polgari, Krisztian Fintor, Elemer Pal-Molnar, Friedrich Popp, Christian Koeberl (2017): Microbial activity records in Marinoan Snowball Earth postglacial transition layers connecting diamictite with cap carbonate (Otavi Group, NW-Namibia) – Austrian Journal of Earth Sciences – 110_1: 4 - 20.
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    • Franz Schinner, Roland Concin (1982): Carbon Dioxide by Deuteromycetes. – Phyton, Annales Rei Botanicae, Horn – 22_1: 1 - 7.
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    • Biodiversity and antimicrobial activity of Antarctic fungi from the Fildes Peninsula, King George…Silvana Albores, Paula Sanguinedo, Benjamin H. held, Maria Pia Cerdeiras, …
      Silvana Albores, Paula Sanguinedo, Benjamin H. held, Maria Pia Cerdeiras, Robert A. Blanchette (2018): Biodiversity and antimicrobial activity of Antarctic fungi from the Fildes Peninsula, King George Island – Sydowia – 70: 185 - 192.
      Reference
    • Ein neuer Ansatz zur Erfassung der mit Insekten assoziierten bakteriellen Gemeinschaften am…Sascha Eilmus
      Sascha Eilmus (2009): Ein neuer Ansatz zur Erfassung der mit Insekten assoziierten bakteriellen Gemeinschaften am Beispiel der Ameisenakazien Mexikos. A New Approach to Assess the Biodiversity of Bacterial Communities Associated to Insects as Acacias-Ants of Mexico – Entomologie heute – 21: 101 - 126.
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    • The Protozoan Fauna from the Gut of the Green Turtle, Chelonia mydas L. with a Description of…Tom Fenchel
      Tom Fenchel (1980): The Protozoan Fauna from the Gut of the Green Turtle, Chelonia mydas L. with a Description of Balantidium bacteriophorus sp. nov. – Archiv für Protistenkunde – 123_1980: 22 - 26.
      Reference
    • Editorial. David Moore, Reinhold Pöder
      David Moore, Reinhold Pöder (2006): Editorial. – Sydowia – 58: 1 - 2.
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    • Biomanipulation und das mikrobielle NahrungsnetzHans Güde
      Hans Güde (1997): Biomanipulation und das mikrobielle Nahrungsnetz – Laufener Spezialbeiträge und Laufener Seminarbeiträge (LSB) – 3_1997: 89 - 97.
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    • Short Note. The population of Mauremys rivulata (Valenciennes, 1833) on the Island of Bozcaada, …Cigdem Gül, Murat Tosunoglu, Nurcihan Hacioglu, Tugce Caprazli, Huseyin…
      Cigdem Gül, Murat Tosunoglu, Nurcihan Hacioglu, Tugce Caprazli, Huseyin Erdugan, Ibrahim Uysal (2014): Short Note. The population of Mauremys rivulata (Valenciennes, 1833) on the Island of Bozcaada, Turkey. – Herpetozoa – 27_1_2: 104 - 108.
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    • Nannobacteria-like Particles in an Upper Silurian Limestone from the Cellon Section (Carnic…Helga Priewalder
      Helga Priewalder (2013): Nannobacteria-like Particles in an Upper Silurian Limestone from the Cellon Section (Carnic Alps/Austria). – Jahrbuch der Geologischen Bundesanstalt – 153: 191 - 224.
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    • Der Einfluß von Cellulose und symbiontischen Bakterien bei der prämigratorischen Fettzunahme der…Sabine Pankoke, Reinhard Holländer
      Sabine Pankoke, Reinhard Holländer (1991): Der Einfluß von Cellulose und symbiontischen Bakterien bei der prämigratorischen Fettzunahme der Ringelgänse (Branta bemicla bemicla) – Ökologie der Vögel. Verhalten Konstitution Umwelt – 13: 227 - 236.
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    • Zur Mikrobiologie von BergmilchChristoph Reitschuler, Christoph Spötl, Paul Illmer
      Christoph Reitschuler, Christoph Spötl, Paul Illmer (2012): Zur Mikrobiologie von Bergmilch – Die Höhle – 063: 3 - 17.
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    • Size and Conjugation in Blepharisma. Arthur C. Giese
      Arthur C. Giese (1938): Size and Conjugation in Blepharisma. – Archiv für Protistenkunde – 91_1938: 125 - 134.
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    • Mikrobiologische Untersuchung des Schwarzbachs bei GinsheimRudolf Bönsch
      Rudolf Bönsch (1983): Mikrobiologische Untersuchung des Schwarzbachs bei Ginsheim – Verhandlungen der Gesellschaft für Ökologie – 10_1983: 421 - 424.
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    • Symbiontische Einrichtungen bei WanzenStefan Küchler
      Stefan Küchler (2010): Symbiontische Einrichtungen bei Wanzen – Heteropteron - Mitteilungsblatt der Arbeitsgruppe Mitteleuropäischer Heteropterologen – 33: 14 - 18.
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    • De terminis lichenologicis perithecio et epithecioWilliam Nylander
      William Nylander (1865): De terminis lichenologicis perithecio et epithecio – Flora oder Allgemeine Botanische Zeitung – 48: 577 - 580.
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    • A Novel Association between an Endemic Stickleback and a Parasitic Dinoflagellate. 3. Details of…J. Buckland-Nicks, T. Reimchen
      J. Buckland-Nicks, T. Reimchen (1995): A Novel Association between an Endemic Stickleback and a Parasitic Dinoflagellate. 3. Details of the Life Cycle – Archiv für Protistenkunde – 145_1995: 165 - 175.
      Reference
    • IV. The thermal death time of Duglena gracilis Klebs. Theodore Louis Jahn
      Theodore Louis Jahn (1933): IV. The thermal death time of Duglena gracilis Klebs. – Archiv für Protistenkunde – 79_1933: 249 - 262.
      Reference | PDF
    • Die Kommunikation von BakterienKirsten Jung
      Kirsten Jung (2016): Die Kommunikation von Bakterien – Rundgespräche Forum Ökologie (ab Band 44) – 45: 0117-0128-Lizenz-CC-BY-ND.
      Reference | PDF
    • Die vorzeitlichen Spaltpilze und ihre Lebensspuren. Julius von Pia
      Julius von Pia (1928): Die vorzeitlichen Spaltpilze und ihre Lebensspuren. – Palaeobiologica – 1: 457 - 474.
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    • Christoph Aspöck, Julia Walochnik, Horst Aspöck (1999): "Limax-Amöben" und Bakterien - vergleichende Untersuchungen an Pseudomonas aeruginosa vor und nach Passage durch Acanthamoeha. – Mitteilungen der Österreichischen Gesellschaft für Tropenmedizin und Parasitologie – 21: 31 - 38.
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    • "Limax-Amöben" und Bakterien – vergleichende Untersuchungen an *Pseudomonas aeruginosa* vor und…Christoph Aspöck, Julia Walochnik, Horst Aspöck
      Christoph Aspöck, Julia Walochnik, Horst Aspöck (1999): "Limax-Amöben" und Bakterien – vergleichende Untersuchungen an *Pseudomonas aeruginosa* vor und nach Passage durch *Acanthamoeba* – Mitteilungen der Österreichischen Gesellschaft für Tropenmedizin und Parasitologie – 21: 31 - 38.
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    • Cell Evolution and Organelle Origins: Metascience to ScienceJ. Sapp
      J. Sapp (1995): Cell Evolution and Organelle Origins: Metascience to Science – Archiv für Protistenkunde – 145_1995: 263 - 275.
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    • Some Methods for the Isolation of Amoebae. N. E. Rice
      N.E. Rice (1938): Some Methods for the Isolation of Amoebae. – Archiv für Protistenkunde – 90_1938: 358 - 360.
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    • Carbon isotope charactersitics of iron-oxidizing bacterial mats, Jackson Creec, Bloomington, …Dariusz Strapoc, Jürgen Schieber
      Dariusz Strapoc, Jürgen Schieber (2004): Carbon isotope charactersitics of iron-oxidizing bacterial mats, Jackson Creec, Bloomington, IN, USA. – Berichte des Institutes für Geologie und Paläontologie der Karl-Franzens-Universität Graz – 8: 164 - 166.
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    • The Relations between Marine Animai and Vegetable Life. H. M. Vernon
      H. M. Vernon (1899): The Relations between Marine Animai and Vegetable Life. – Mittheilungen aus der Zoologischen Station zu Neapel – 13: 341 - 425.
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    • Prevalence of Catabolic Genotypes in Contaminated and Pristine Alpine SoilsRosa Margesin, Diane Labbe, Franz Schinner, Charles W. Greer, Lyle G. …
      Rosa Margesin, Diane Labbe, Franz Schinner, Charles W. Greer, Lyle G. Whyte (2004): Prevalence of Catabolic Genotypes in Contaminated and Pristine Alpine Soils – Mitteilungen der Österreichischen Bodenkundlichen Gesellschaft – 70: 83 - 87.
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    • MOONMILK – Leben im BergChristoph Reitschuler, Paul Illmer
      Christoph Reitschuler, Paul Illmer (2015): MOONMILK – Leben im Berg – Mitteilungen der Österreichischen Bodenkundlichen Gesellschaft – 82: 7 - 12.
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    • Helge Schlüns, Ross H. Crozier (2009): Molecular and chemical immune defenses in ants (Hymenoptera: Formicidae). – Myrmecological News = Myrmecologische Nachrichten – 012: 237 - 249.
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    • Diversity and frequency of yeasts in the lower respiratory tract of TICU patients. Michaela Lackner, J. Rainer, Astrid Mayr, Wolfgang Koller, F. Pedross
      Michaela Lackner, J. Rainer, Astrid Mayr, Wolfgang Koller, F. Pedross (2010): Diversity and frequency of yeasts in the lower respiratory tract of TICU patients. – Sydowia – 062: 57 - 66.
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    • Areichovsky, V. , Einführung in die Pflanzenanatomie ohne Mikroskop diverse
      diverse (1912): Areichovsky, V., Einführung in die Pflanzenanatomie ohne Mikroskop – Botanisches Centralblatt – 120: 161 - 192.
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      Species (110)

        <<<12
        • Procaryota Bacteria Chromatium
          Chromatium vinosum Ehrenberg 1838
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        • Procaryota Bacteria Thiocystis
          Thiocystis violacea Winogradsky 1888
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        • Procaryota Bacteria Thiosarcina
          Thiosarcina rosea Schroeter 1886
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        • Procaryota Bacteria Thiospirillum
          Thiospirillum jenense Ehrenberg 1838
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        • Procaryota Bacteria Zoogloea
          Zoogloea ramigera Itzigsohn 1868
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        • Procaryota Bacteria Oscillatoria
          Oscillatoria nigroviridis
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        • Procaryota Bacteria Schizothrix
          Schizothrix calcicola
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        • Procaryota Bacteria Lyngbya
          Lyngbya majuscula
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        • Procaryota Bacteria Actinobacteria Actinomycetales Micrococcaceae Staphylococcus
          Staphylococcus aureus
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        • Procaryota Bacteria Vibrio
          Vibrio cholerae
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        • Procaryota Bacteria Clostridium
          Clostridium perfringens
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        • Procaryota Bacteria Clostridium
          Clostridium tetani
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        • Procaryota Bacteria Spirochaetes Spirochaetales Spirochaetaceae Borrelia
          Borrelia burgdorferi Johnson et al. 1984
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        • Procaryota Bacteria Spirochaetes Spirochaetales Spirochaetaceae Borrelia
          Borrelia afzelii Caninca et al. 1993
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        • Procaryota Bacteria Spirochaetes Spirochaetales Spirochaetaceae Borrelia
          Borrelia garinii Baranton et al. 1992
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        • Procaryota Bacteria Cyanophyta Dactylococcopsis
          Dactylococcopsis raphidioides
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        • Procaryota Bacteria Proteobacteria Neorickettsia
          Neorickettsia helminthocea
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        • Procaryota Bacteria Spirillum
          Spirillum sanguineum
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        • Procaryota Bacteria Spirillum
          Spirillum plicatile
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        • Procaryota Bacteria Spirillum
          Spirillum jenensis
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        • Procaryota Bacteria Spirillum
          Spirillum tenue
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        • Procaryota Bacteria Spirillum
          Spirillum undulans
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        • Procaryota Bacteria Spirillum
          Spirillum votulans
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        • Procaryota Bacteria Spirochaete
          Spirochaete obermeieri
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        • Procaryota Bacteria Spirochaete
          Spirochaete plicatilis
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        • Procaryota Bacteria Synechococcus
          Synechococcus aeruginosus
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        • Procaryota Bacteria Cyanobacteria Anabaena
          Anabaena flos aquae
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        • Procaryota Bacteria Cyanobacteria Anabaena
          Anabaena augustumalis
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        • Procaryota Bacteria Cyanobacteria Anabaena
          Anabaena flos-aquae
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        • Procaryota Bacteria Chlamydothrix
          Chlamydothrix ochracea
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        • Procaryota Bacteria Cladothrix
          Cladothrix dichotoma
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        • Procaryota Bacteria Chromatium
          Chromatium okenii Ehrenberg 1838
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        • Procaryota Bacteria Micrococcus
          Micrococcus crepusculum
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        • Procaryota Bacteria Micrococcus
          Micrococcus prodigiosus
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        • Procaryota Bacteria Micrococcus
          Micrococcus vaccinae
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        • Procaryota Bacteria Proteobacteria Sphaerotilus
          Sphaerotilus natans Kützing 1833
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        • Procaryota Bacteria Cyanobacteria Anabaena
          Anabaena azollae
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        • Procaryota Bacteria Micrococcus
          Micrococcus pyogenes
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        • Procaryota Bacteria Cyanobacteria Aphanizomenon
          Aphanizomenon flos ssp. aquae
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        • Procaryota Bacteria Crenothrix
          Crenothrix polyspora Cohn
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        • Procaryota Bacteria Proteobacteria Rickettsia
          Rickettsia prowazeki
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        • Procaryota Bacteria Clostonema
          Clostonema socialis
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        • Procaryota Bacteria Zooglea
          Zooglea ramigera
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        • Procaryota Bacteria Oscillatoria
          Oscillatoria chlorina
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        • Procaryota Bacteria Oscillatoria
          Oscillatoria brevis
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        • Procaryota Bacteria Oscillatoria
          Oscillatoria irrigua
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        • Procaryota Bacteria Oscillatoria
          Oscillatoria planctonica
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        • Procaryota Bacteria Oscillatoria
          Oscillatoria tenuis
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        • Procaryota Bacteria Oscillatoria
          Oscillatoria rubescens
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        • Procaryota Bacteria Ascococcus
          Ascococcus billrothii
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        • Procaryota Bacteria Bacillus
          Bacillus anthracis
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        • Procaryota Bacteria Bacillus
          Bacillus ruber
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        • Procaryota Bacteria Bacillus
          Bacillus subtilis
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        • Procaryota Bacteria Bacterium
          Bacterium articulatum
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        • Procaryota Bacteria Bacterium
          Bacterium catenula
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        • Procaryota Bacteria Bacillus
          Bacillus ulna
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        • Procaryota Bacteria Bacterium
          Bacterium enchelys
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        • Procaryota Bacteria Bacterium
          Bacterium okeni
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        • Procaryota Bacteria Bacterium
          Bacterium lineola
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        • Procaryota Bacteria Bacterium
          Bacterium punctum
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        • Procaryota Bacteria Bacterium
          Bacterium termo
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        • Procaryota Bacteria Bactorium
          Bactorium punctum
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        • Procaryota Bacteria Bacterium
          Bacterium triloculare
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        • Procaryota Bacteria Beggiatoa
          Beggiatoa alba Vaucher 1803
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        • Procaryota Bacteria Beggiatoa
          Beggiatoa leptomitiformis Meneghini
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        • Procaryota Bacteria Proteobacteria Rickettsiales Anaplasmataceae Ehrlichia
          Ehrlichia equi
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        • Procaryota Bacteria Cyanobacteria Anabaena
          Anabaena constricta
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        • Procaryota Bacteria Cyanobacteria Hapalosiphon
          Hapalosiphon hibernicus
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        • Procaryota Bacteria Spirillum
          Spirillum volutans
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        • Procaryota Bacteria Spirillum
          Spirillum tenne
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        • Procaryota Bacteria Actinobacteria Actinomycetales Micrococcaceae Staphylococcus
          Staphylococcus citreus
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        • Procaryota Bacteria Streptococcus
          Streptococcus gruentkeri
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        • Procaryota Bacteria Streptococcus
          Streptococcus pyogenes
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        • Procaryota Bacteria Yersinia
          Yersinia pestis
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        • Procaryota Bacteria Proteobacteria Rickettsiales Anaplasmataceae Ehrlichia
          Ehrlichia sennetsu
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        • Procaryota Bacteria Klebsiella
          Klebsiella alligata
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        • Procaryota Bacteria Klebsiella
          Klebsiella exstincta
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        • Procaryota Bacteria Klebsiella
          Klebsiella pneumoniae
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        • Procaryota Bacteria Proteobacteria Rickettsiales Anaplasmataceae Ehrlichia
          Ehrlichia phagocytophila Foggie 1949
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        • Procaryota Bacteria Actinobacteria Actinomycetales Micrococcaceae Staphylococcus
          Staphylococcus albus
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        • Procaryota Bacteria Streptococcus
          Streptococcus lanceolatus
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        • Procaryota Bacteria Micrococcus
          Micrococcus roseus
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        • Procaryota Bacteria Micrococcus
          Micrococcus aureus
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        • Procaryota Bacteria Pneumococcus
          Pneumococcus lanceolatus
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        • Procaryota Bacteria Rhodospirillum
          Rhodospirillum sp.
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        • Procaryota Bacteria Beggiatoa
          Beggiatoa arachnoidea Agardh
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        • Procaryota Bacteria Beggiatoa
          Beggiatoa arctoalpina Skuja
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        • Procaryota Bacteria Escherichia
          Escherichia coli
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        • Procaryota Bacteria Proteobacteria Sphaerotilus
          Sphaerotilus dichotomus
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        • Procaryota Bacteria Zoogloea
          Zoogloea filipendula Berger
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        • Procaryota Bacteria Methanobacterium
          Methanobacterium formicicum
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        • Procaryota Bacteria Rhodospirillum
          Rhodospirillum fulvum
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        • Procaryota Bacteria Clonothrix
          Clonothrix fusca Roze
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        • Procaryota Bacteria Thiocystis
          Thiocystis gelatinosa Winogradsky
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        • Procaryota Bacteria Beggiatoa
          Beggiatoa minima Winogradsky
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        • Procaryota Bacteria Beggiatoa
          Beggiatoa gigantea Klas
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        • Procaryota Bacteria Beggiatoa
          Beggiatoa mirabilis Cohn
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        • Procaryota Bacteria Chromatidium
          Chromatidium minutissimum Winogradsky
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        • Procaryota Bacteria Rhodospirillum
          Rhodospirillum molischianum
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        • Procaryota Bacteria Rhodospirillum
          Rhodospirillum photometricum
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        <<<12

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