Figure S1. The distribution of alternate alleles across the haplotypes of RH and US-W4. Figure S2. Window-based haplotyping by Bayesian inference. Figure S3. Identification of crossovers by logistic regression. Figure S4. Crossover interval length by data set. Figure S5. Comparison of expected and observed crossover counts per chromosome. Figure S6. Evaluation of segregation distortion in the W4M6 population. Figure S7. Comparison of different chromatin data sets with recombination rates. Figure S8. Crossovers have higher DNase-seq and H3K4me3 levels than empirical distributions of nearby regions. Figure S9. Intergenic crossovers have enriched DNase-seq and H3K4me3 signals. Figure S10. DNase-seq and H3K4me3 levels over intergenic crossovers...
Tajima’s D calculated across chromosome 4 using a 30 kbp sliding window by population. Chromosome 4:...
Microsyntenic blocks between potato (RH-H0 haplotype) and tomato annotations. Microsyntenic proteins...
Abstract Background Meiotic recombination is the foundation for genetic variation in natural and art...
Figure S1. Distribution of single-nucleotide polymorphism (SNP) markers on 12 chromosomes (1–12). Th...
Table S2. Order of the mapped SNPs on chromosomes 1â12 (Chr, Overall map) and corresponding homolo...
Figure S3. Marey maps. Graph of chromosome 5 showing the genetic location (cM) and the physical posi...
Figure S1. Diagram of SNP filtering process. Figure S2. Frequency of SNP substitution types. Figure ...
Table S4. Summary statistics for the phenotypic traits evaluated in the A0514 population. Number of ...
Figure S2. Linkage maps of chromosome 5. A: C5 overall map. The blue bar corresponds to the two-LOD ...
Potato (Solanum tuberosum L.) breeders often use dihaploids, which are 2× progeny derived from 4× au...
Potato (Solanum tuberosum L.) breeders often use dihaploids, which are 2× progeny derived from 4× au...
Potato (Solanum tuberosum L.) breeders often use dihaploids, which are 2× progeny derived from 4× au...
Figure S4. Linkage map of chromosome 4. A: C4 overall map. The blue bar corresponds to the two-LOD s...
Table S1. Parent and F1 offspring genotype configurations in the A05141 tetraploid. (XLSX 9 kb
Figure S1. a–c The distribution of Tajima’s D for DNase footprint SNPs in each subpopulation. d Over...
Tajima’s D calculated across chromosome 4 using a 30 kbp sliding window by population. Chromosome 4:...
Microsyntenic blocks between potato (RH-H0 haplotype) and tomato annotations. Microsyntenic proteins...
Abstract Background Meiotic recombination is the foundation for genetic variation in natural and art...
Figure S1. Distribution of single-nucleotide polymorphism (SNP) markers on 12 chromosomes (1–12). Th...
Table S2. Order of the mapped SNPs on chromosomes 1â12 (Chr, Overall map) and corresponding homolo...
Figure S3. Marey maps. Graph of chromosome 5 showing the genetic location (cM) and the physical posi...
Figure S1. Diagram of SNP filtering process. Figure S2. Frequency of SNP substitution types. Figure ...
Table S4. Summary statistics for the phenotypic traits evaluated in the A0514 population. Number of ...
Figure S2. Linkage maps of chromosome 5. A: C5 overall map. The blue bar corresponds to the two-LOD ...
Potato (Solanum tuberosum L.) breeders often use dihaploids, which are 2× progeny derived from 4× au...
Potato (Solanum tuberosum L.) breeders often use dihaploids, which are 2× progeny derived from 4× au...
Potato (Solanum tuberosum L.) breeders often use dihaploids, which are 2× progeny derived from 4× au...
Figure S4. Linkage map of chromosome 4. A: C4 overall map. The blue bar corresponds to the two-LOD s...
Table S1. Parent and F1 offspring genotype configurations in the A05141 tetraploid. (XLSX 9 kb
Figure S1. a–c The distribution of Tajima’s D for DNase footprint SNPs in each subpopulation. d Over...
Tajima’s D calculated across chromosome 4 using a 30 kbp sliding window by population. Chromosome 4:...
Microsyntenic blocks between potato (RH-H0 haplotype) and tomato annotations. Microsyntenic proteins...
Abstract Background Meiotic recombination is the foundation for genetic variation in natural and art...