Imagine a population of bacteria growing in a carefully controlled and isolated petri dish in a laboratory. The bacteria are all genetically identical to each other. How can the trait frequencies...

Imagine a population of bacteria growing in a carefully controlled and isolated petri dish in<br>a laboratory. The bacteria are all genetically identical to each other.<br>How can the trait frequencies change over time in this population?<br>mutation<br>All are correct<br>natural selection<br>genetic drift<br>O gene flow<br>a<br>(24<br>近<br>

Extracted text: Imagine a population of bacteria growing in a carefully controlled and isolated petri dish in a laboratory. The bacteria are all genetically identical to each other. How can the trait frequencies change over time in this population? mutation All are correct natural selection genetic drift O gene flow a (24 近

Jun 11, 2022

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Imagine a population of bacteria growing in a carefully controlled and isolated petri dish in a laboratory. The bacteria are all genetically identical to each other. How can the trait frequencies...

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