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Title: Oxidative stress in Microcystis aeruginosa as a consequence of global climate changeAuthor: Hernando, Marcelo / Houghton, Christian / Giannuzzi, Leda / Krock, Bernd / Andrinolo, Darío / Malanga, Gabriela FabianaLanguage: InglésRepository: 37Subject: Biología / Cyanobacteria / Temperature / UVR / Oxidative stress
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Title: Fluvial biofilm responses to joint changes in nutrients, temperature, turbidity and water velocity: an ex situ experimentAuthor: Cochero, Joaquín / Gómez, NoraLanguage: InglésRepository: 37Subject: Ciencias Naturales / Epipelic biofilms / Water quality / Artificial channels / Temperature / Nutrients
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Title: Effect of temperature changes on the cercarial-shedding rate of two trematodes / Efecto de cambios en la temperatura sobre la emergencia de cercarías de dos trematodesLanguage: InglésRepository: 37Subject: Zoología / Bioassay / Cercarial emergence / Freshwater / Parasites / Temperature
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Title: Application of microbial electrolysis cells to treat spent yeast from an alcoholic fermentationLanguage: InglésRepository: 34Subject: Antigen-antibody reactions / Electrolysis / Electrolytic cells / Ethanol / Fermentation / Hydrogen / Microbial fuel cells / Regenerative fuel cells / Yeast / Alcoholic fermentation / COD removal / COD removal efficiency / Coulombic efficiency / Electron sink / Ethanol addition / P-values / Treatment conditions / Hydrogen production / alcohol / hydrogen / organic matter / biotechnology / brewing industry / chemical oxygen demand / concentration (composition) / efficiency measurement / electrokinesis / ethanol / fermentation / microbial activity / yeast / acclimatization / alcoholic fermentation / Article / autolysis / controlled study / current density / electrolysis / electron / fermentation optimization / fermentation technique / microbial community / microbial degradation / microbial electrolysis cell / nonhuman / priority journal / reactor / spent yeast / waste component removal / bacterium / biochemical oxygen demand / chemistry / equipment design / metabolism / pH / temperature / Autolysis / Bacteria / Biological Oxygen Demand Analysis / Electrons / Equipment Design / Hydrogen-Ion Concentration / Temperature / Yeasts / 7 INGENIERÍA Y TECNOLOGÍA
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