Make sure the Navigation button at the top of the map is selected for the duration of this assessment so that you can see the menu. Turn on the Genotypes button in the "Layers" menu. On the map, click on the green magnifying glass icon on Lily's chromosomes until you reach Zoom Level 9. The BRCA1 mutation (indicated here in red lettering) results from a change in a single nucleotide with a guanine base (G) to a nucleotide with a thymine base (T). Such a mutation could result from an error during which process?

Question

Kierra Ellison

Biology

28 February, 12:03

Make sure the Navigation button at the top of the map is selected for the duration of this assessment so that you can see the menu. Turn on the Genotypes button in the "Layers" menu. On the map, click on the green magnifying glass icon on Lily's chromosomes until you reach Zoom Level 9. The BRCA1 mutation (indicated here in red lettering) results from a change in a single nucleotide with a guanine base (G) to a nucleotide with a thymine base (T). Such a mutation could result from an error during which process?

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Answers (1)

Know the Answer?

Joyce Conrad · Answer 1

replication

Explanation:

Spontaneous or induced injuries can result in mutations and mutations can cause a number of harmful consequences to cells and organisms. When the error occurs in DNA replication, the result is a change in the nitrogenadam base causing a mutation. An example of this is the BRCA1 mutation, where an error in DNA replication caused a change in a single guanine-based nucleotide (G) to a thymine-based nucleotide (T)