Searching journal content for articles similar to Lin et al. 33 (8): 1317.

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  1. ...productive IGH consensus sequences, stratified by cell type. CDR3 lengths are enumerated between the junction anchor residues: Cys 104 and Try 118 (IMGT numbering) for each sequence. (D) Mutation frequency compared to the germline sequences in the FWR1–4 and CDR1–3 regions for each cell type and isotype. (E...
  2. ...Lake Malawi cichlid pan graph reveals extensive structural variation driven by transposable elements Fu Xiang Quah1,2, Miguel Vasconcelos Almeida1, Moritz Blumer2, Chengwei Ulrika Yuan1,2, Bettina Fischer2, Kirsten See1, Ben Jackson2, Richard Zatha3, Bosco Rusuwa3, George F. Turner4, M. Emília...
  3. ...variation rates between ART-derived and natural-born miceThe rate of de novo structural variants (SVs) is predicted to be at least one order of magnitude lower than the single-nucleotide mutation rate (Belyeu et al. 2021a), a consideration that limits our power to detect small or modest differences in SV...
  4. ...into germline immune receptor genetic variation and COVID-19, they do serve to demonstrate the utility and application of ImmunoTyper2 to disease association studies.DiscussionIG and TR loci represent some of the most repetitive regions in the human . Their inherent complexity, characterized by extensive...
  5. ...and integrates records from widely used -wide variant databases. Second, it collects extensive annotations, categorized into mutation level (describing the variant itself) and region level (describing the surrounding genomic context of the variant). Third, SynMall assembles three core modules: a customizable...
  6. ...). This is necessary to escape the plant immune system and to confer the ability to infect new host varieties.Recent progress in heterokaryotic fungi genomics, such as in arbuscular mycorrhizal fungi, has revealed extensive nuclear variations in structural and gene content (Li et al. 2019; Sperschneider et al. 2023b...
  7. ...using cell mutational profiles. LongSom distinguishes somatic SNVs from noise and germline polymorphisms by applying an extensive set of hard filters and statistical tests. Applying LongSom to human ovarian cancer samples, we detected clinically relevant somatic SNVs that were validated against matched...
  8. ...and gene conversion (Liao 1999). However, the extent of homogenization and variation in observed copy numbers may vary across tandem arrays and may be shaped by various factors (such as natural selection, drift, mutation, drive, age, size, and relative rates of different kinds of recombination) acting...
  9. ...provide the infrastructure for long-read HiFi sequencing-based detection of germline variation, which supports the use of this innovative technology for clinical diagnostic testing.MethodsAnalytical validation specimensHigh molecular weight (HMW) reference material DNA samples were acquired from...
  10. ...on extensive work in eukaryotes, a “gold standard” for detection of such genes has been proposed (Vakirlis and McLysaght 2019; Zhang et al. 2019; Vakirlis et al. 2022).The gold standard of de novo gene detectionTo unambiguously establish that a gene arose de novo, the noncoding sequence that gave rise...
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