Searching journal content for articles similar to Andrianova et al. 27 (8): 1336.

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  1. ...DNA strand at some distance to the lesion (Kadyrov et al. 2006, 2007). Exonucleolytic activities in part conferred by Exo1 contribute to the removal of the DNA stretch containing the mismatch followed by gap filling via lagging strand DNA synthesis (Goellner et al. 2015). The most prominent Mut...
  2. ..., the extremely high mutation frequency and strand specificity of mutations provide a unique identifier of eukaryotic origins of replication. [Supplemental material is available for this article.] Damage to cellular DNA repair systems leads to a high frequency of mutations in all species (Kunkel and Erie 2005...
  3. ...in populations results from a balance between the birth of new variants by the process of de novo mutation (DNM) in the germline, the loss of variants by genetic drift, and selective forces that increase or decrease the frequency of variants in the population. Until recently, the rate of DNM in the germline...
  4. ..._strahl@med.unc.edu, ian_davis@med.unc.eduAbstractHistone H3 lysine 36 methylation (H3K36me) is a conserved histone modification associated with transcription and DNA repair. Although the effects of H3K36 methylation have been studied, the -wide dynamics of H3K36me deposition and removal are not known. We established...
  5. ...evolution. [Supplemental material is available for this article.] Short telomeres inadequately protected by the shelterin complex (de Lange 2005) are recognized as double-stranded DNA breaks (DSBs), activating nonhomologous end-joining (NHEJ) DNA repair that can result in chromosomal fusions (Cowell...
  6. ...spent being single-stranded during replication, and different types of substitutions respond differently to this gradient. The gradient is controlled by biological factors including the rate of replication and functionality of repair mechanisms; little is known, however, about the consistency...
  7. ...crossover could contribute to centromere evolution (Smith 1976). In this influential model, meiotic DNA double-strand breaks (DSBs) are repaired using a nonallelic location on a homolog, with the potential to cause gain and loss of intervening tandem repeats (Smith 1976). However, it is widely documented...
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  8. .... The 4sU incorporated into the Alkyl-RNAs paired with guanines instead of adenines during the reverse transcription. The RNA was subsequently removed, and second-strand synthesis was initiated by a random primer, containing Illumina-compatible linker sequences and appropriate in-line barcodes, followed...
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