Searching journal content for articles similar to Stukenbrock et al. 21 (12): 2157.

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  1. ...expansion in comparative genomics, including domesticated and endangered animals, plants, and pathogenic organisms (Gunderson et al. 2020; Osipowski et al. 2020; Stenløkk et al. 2022; Flack et al. 2023; Guhlin et al. 2023; Jesudoss Chelladurai et al. 2023; Leonard et al. 2023; Ruperao et al. 2023; Secomandi...
  2. ...Bio) and Oxford Nanopore Technologies (ONT), both advancing toward clinical applications (for review, see Oehler et al. 2023). With the growing adoption of LRS, several population-scale initiatives are under way (De Coster et al. 2021), and programs such as All of Us and Genomics England have implemented ONT...
  3. ...the development of new frameworks for harmonizing and prioritizing pathogenic SVs in clinical genetics, in spite of limitations regarding complex genomic regions that will require higher sequencing depth to be fully resolved at the population-scale in the future.Partially alleviating these well...
  4. ...explore the impact of dikaryotism on the biology of a long-term asexual clone of the wheat pathogenic fungus Puccinia striiformis f. sp. tritici. We use Oxford Nanopore Technologies (ONT) duplex sequencing combined with Hi-C to generate a T2T nuclear-phased assembly with >99.999% consensus accuracy. We...
  5. ...greater genomic evolutionary rate profiling (GERP) scores than exposed residues, indicating that buried residues are under stronger purifying selection. The design of the maize nested association mapping population makes it possible to utilize haplotype information and protein 3D structural variation...
  6. ...Haplotype-resolved and population genomics of the threatened garden dormouse in Europe Paige A. Byerly1,2,16, Alina von Thaden1,2,16, Evgeny Leushkin1,3, Leon Hilgers1,3, Shenglin Liu1,3, Sven Winter4,5, Tilman Schell1,3, Charlotte Gerheim1,3, Alexander Ben Hamadou1,3, Carola Greve1,3, Christian...
  7. ...and behavior (Figiel et al. 2021). Large clutch sizes, ex utero development, and the availability of well-characterized fluorescent reporter lines allow straightforward enrichment of minor cell populations from dissociated embryos for functional genomic analysis. Transparency of embryos and larvae during early...
  8. ...for safeguarding genomic stability. Due to their intricate and fragile nature, centromeres are susceptible to chromosomal rearrangements. However, the mechanisms preserving their functional integrity and supporting nuclear homeostasis following breakages remain enigmatic. In this study, we use wheat ditelosomic...
  9. ...), in contrast with the topology based on all genomic SNPs (Fig. 1). An inspection of the SNP distribution revealed a mosaic pattern in which the IIa Egyptian isolates are either very similar to the IId isolates from Egypt and China (population 1) or to the IIa and IId isolates from Europe (population 2...
  10. .... 2017; Ranallo-Benavidez et al. 2020). Consequently, k-mers are now a fundamental part of genomics. To make the concept of k-mers more accessible to users and developers of k-mer-based software methods, we offer this guide. We define and explain the basic properties of k-mers, review the established k...
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