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June 7, 2021

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After carbon 13 is introduced to the soil, the DNA of active organisms becomes more dense, and thus heavier. Here, a tube contains mixed heavy and light DNA in is centrifuged in order to separate the layers of carbon 12 and carbon 13-enriched DNA. Allocating these layers into fractions is a tedious process. (Courtesy of Jennifer Pett-Ridge)

After carbon 13 is introduced to the soil, the DNA of active organisms becomes more dense, and thus heavier. Here, a tube contains mixed heavy and light DNA in is centrifuged in order to separate the layers of carbon 12 and carbon 13-enriched DNA. Allocating these layers into fractions is a tedious process. (Courtesy of Jennifer Pett-Ridge)

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