Searching journal content for articles similar to Kazianis et al. 6 (4): 280.

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  1. ...) to align the X. maculatus scaffolds to the genetic linkage map (Amores et al. 2014) and then assigned chromosome coordinates. Using default parameter settings, Chromonomer attempts to find the best set of nonconflicting markers that maximizes the number of scaffolds in the map while minimizing ordering...
  2. ...Pan analysis reveals families of ubiquitin-ligase adaptors as key genomic divergence drivers that lead to hybrid incompatibility Dongying Xie1,2,3, Pohao Ye1,3, Yiming Ma1 and Zhongying Zhao1 1Department of Biology, Hong Kong Baptist University, Hong Kong SAR, China; 2Institute for Research...
  3. ...produce similar effects on HGT. Although reasonable, this grouping criterion may not be optimal in systems in which subtypes markedly differ in their eco-evolutionary dynamics and linkage with MGEs. Moreover, fine-grain dissection of highly abundant systems, such as RM and DMS, could help improve...
  4. ...of the . CTG aims to recover a steady genomic structural geometry excluding any stochastic sources.One way to test whether a sequencing-based method such as Hi-C can faithfully reproduce geometric structure information is to make a comparison with fluorescence in situ hybridization (FISH) imaging data (Su et...
  5. ..., skeletal muscle, and brain of F1 hybrids were collected for multi-omic assays (for details, see Supplemental Fig. S1). F1i and F1r denote the F1 hybrids of initial and reverse crosses, respectively. (B) Allele assignment of in situ Hi-C contacts in F1 hybrids. A total of about 48.95 billion valid Hi...
  6. ...-type assignment, a traditional approach includes three steps: clustering single cells, performing differentially expression analysis to find cluster-specific genes, and matching these genes with known markers. However, this strategy fails when clustering different cell types into one group and when analyzing many...
  7. ...to be substantially admixed and thus could not be assigned to a single ancestry group, suggesting a complicated history of hybridization and differentiation among wild rice. Among the identified clusters, four components (Or-A, Or-B, Or-C, andOr-D) are unique to wild rice. TheOr-A component is the first to emerge...
  8. ..., and RAD51 to single-stranded DNA substrates. High-resolution in vivo binding maps of these proteins provide insights into the underlying molecular mechanisms. When assayed in F1-hybrid mice, these maps can distinguish the broken chromosome from the chromosome used as template for repair, revealing more...
  9. ...suited to the characterization of short-range sequence contiguity and genomic variation. Achieving long-range linkage and haplotype phasing requires either the ability to directly and accurately read long (i.e., tens of kilobase) sequences or the capture of linkage and phase relationships through paired...
  10. ...in this study is shown in Figure 1. BSB and TC were used as the parents in the reciprocal cross hybrids to form two types of hybrid lineages. In the first cross group, a BSB (♀) × TC (♂) cross was performed to produce F1 hybrids (BT, 2n = 48). Then, the intercrossing within F1 females and males produce F2...
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