![]() The species was discovered among the mangroves of Guadeloupe archipelago in the French Caribbean. (Jean-Marie Volland/Lawrence Berkeley National Laboratory via AP) Jean-Marie Volland/AP Show More Show Less 8 of11 This microscope photo provided by the Lawrence Berkeley National Laboratory in June 2022 shows a filament of a Thiomargarita magnifica bacteria cell. A team of researchers at the Department of Energy (DOE) Joint Genome Institute (JGI), Lawrence Berkeley National Laboratory (Berkeley Lab), the Laboratory for Research in Complex Systems (LRC), and the Université des Antilles, characterized the bacterium composed of a single cell that is 5,000 times larger than other bacteria. ![]() (Olivier Gros/Université des Antilles via AP) Olivier Gros/AP Show More Show LessĦ of11 7 of11 This microscope photo provided by the Lawrence Berkeley National Laboratory in June 2022 shows filaments of a Thiomargarita magnifica bacteria cell. (Olivier Gros/Université des Antilles via AP) Olivier Gros/AP Show More Show Less 5 of11 This microscope photo provided by the Lawrence Berkeley National Laboratory in June 2022 shows part of a Thiomargarita magnifica bacteria cell. ![]() ![]() (Pierre Yves Pascal/Université des Antilles via AP) Pierre Yves Pascal/AP Show More Show Lessģ of11 4 of11 This microscope photo provided by the Lawrence Berkeley National Laboratory in June 2022 shows part of a Thiomargarita magnifica bacteria cell. (Tomas Tyml/Lawrence Berkeley National Laboratory via AP) Tomas Tyml/AP Show More Show Less 2 of11 This photo provided by the Lawrence Berkeley National Laboratory in June 2022 shows mangroves in the Guadeloupe archipelago in the French Caribbean where the Thiomargarita magnifica bacteria were discovered. 1 of11 This microscope photo provided by the Lawrence Berkeley National Laboratory in June 2022 shows thin strands of Thiomargarita magnifica bacteria cells next to a U.S.
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