Replication origin selection organizes meiotic recombination
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Replication origin selection organizes meiotic recombination
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2014-02-20
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Additional file 20 of Structural variation and DNA methylation shape the centromere-proximal meiotic crossover landscape in Arabidopsis
Additional file 20: Table S11. CTL3.9 SSLP genetic mapping in wild type, recq4a recq4b and HEI10 overexpression lines. Crossover numbers, and cM/Mb values, identified within each interval using Col/Le
Figshare2024-08-18 更新60
Spore viability and genetic map distances in EAY1108/EAY1112 strains bearing the indicated msh4 and msh5 mutations.
Percent spore viability and the genetic map distance (sum of four genetic intervals, URA3-LEU2, LEU2-LYS2, LYS2-ADE2, ADE2-HIS3; [24]) from single spores are shown for each of the fifty-seven msh4 and
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Interrogating the functions of PRDM9 domains in meiosis
Homologous recombination is required for proper segregation of homologous chromosomes during meiosis. It predominantly occurs at recombination hotspots that are defined by the DNA binding specificity
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Identification of cis elements for temporal and spatial control of DNA replication [4C-seq]
DNA replication occurs in units of chromatin higher order organization (Topologically Associating Domains, or TADs; replication domains, or RDs), which self-organize in 3D into sub-nuclear compartment
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Marker frequency at head-on or co-directional gene regions
This study demonstrates that R-loops formed at head-on oriented genes block DNA replication in the absence of RNaseHIII.
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