k Extremophile genome map Extremophile genome map, computer artwork. Genome map of the extreme heatloving organism Methanopyrus kandleri. The image was created by rendering all the DNA strands that make up the organisms genome into a planetlike sphere. Dark patches represent genes that help it to survive high temperatures. Yellow peaks represent archaeaspecific genes and red peaks represent genes for methane production. Methanopyrus kandleri belongs to a the archaea group of bacterialike organisms. It is found around underwater around hot black smoker hydrothermal vents. This map is one of a series of genomic planets created by German biologist Thomas Fester. Stock Photo - Afloimages
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Extremophile genome map Extremophile genome map, computer artwork. Genome map of the extreme heat loving organism Methanopyrus kandleri. The image was created by rendering all the DNA strands that make up the organism s genome into a planet like sphere. Dark patches represent genes that help it to survive high temperatures. Yellow peaks represent archaea specific genes and red peaks represent genes for methane production. Methanopyrus kandleri belongs to a the archaea group of bacteria like organisms. It is found around underwater around hot  black smoker  hydrothermal vents. This map is one of a series of  genomic planets  created by German biologist Thomas Fester.
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Extremophile genome map

Extremophile genome map, computer artwork. Genome map of the extreme heat-loving organism Methanopyrus kandleri. The image was created by rendering all the DNA strands that make up the organism's genome into a planet-like sphere. Dark patches represent genes that help it to survive high temperatures. Yellow peaks represent archaea-specific genes and red peaks represent genes for methane production. Methanopyrus kandleri belongs to a the archaea group of bacteria-like organisms. It is found around underwater around hot 'black smoker' hydrothermal vents. This map is one of a series of 'genomic planets' created by German biologist Thomas Fester.

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