Nonhomologous end joining can result in all but which of the following?

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Nonhomologous end joining is a process that repairs double-stranded DNA breaks by directly ligating the ends of the broken strands. This process is error-prone and can result in the loss of nucleotides at the site of repair or the translocation of DNA fragments to different parts of the genome. However, it does not typically result in the recovery of lost nucleotides on a damaged DNA strand. The interruption of gene expression can also occur if the break occurs within a gene or its regulatory region, and the resulting repair process disrupts the gene or its regulation.

Nonhomologous End Joining Can Result in All but Which of the Following