For each species is given the type of crossover pattern, the type of gene count pattern, the difference RMSE(gene pattern)—RMSE(crossover pattern) which indicates how gene patterns are more/less homogeneous than crossover patterns, the homogenization effect of gene patterns (more/less), the difference genetic shuffling(gene pattern)—genetic shuffling(crossover pattern) and the averaged chromosome size (Mb). (XLSX)</p
Each point represents a chromosome (n = 665). Species are presented in different colours (57 species...
Genetic diversity accumulates over time on the level of DNA sequence with accumulation of mutations....
Biological Crossover occurs during the early stages of meiosis. During this process the chromosomes ...
The difference is the genetic shuffling in gene distances minus the genetic shuffling in genomic dis...
(A and B) Standardized recombination rates for species (chromosomes pooled per species, n = 57 speci...
<p>Genetic divergence among host species, regions, and populations in terms of the average number of...
Standardized gene count (centred-reduced) as a function of the relative distance from the tip to the...
Understanding the distribution of crossovers along chromosomes is crucial to evolutionary genomics b...
Convergent evolution is an important phenomenon in the history of life. Despite this, there is no co...
Genetic divergence among (net nucleotide distance) and within (expected heterozygosity) populations,...
<p>Numbers of pairs of genes changing from one pattern to another when considering our optimal simil...
(A) Schematic illustration showing the genetic divergence of 2 recombined fragments relative to the ...
Understanding the distribution of crossovers along chromosomes is crucial to evolutionary genomics b...
The neutral theory of molecular evolution predicts that the ratio of polymorphisms to fixed differen...
<p>Each dot shows the frequencies of an accessory gene in three populations, with the graphs orienta...
Each point represents a chromosome (n = 665). Species are presented in different colours (57 species...
Genetic diversity accumulates over time on the level of DNA sequence with accumulation of mutations....
Biological Crossover occurs during the early stages of meiosis. During this process the chromosomes ...
The difference is the genetic shuffling in gene distances minus the genetic shuffling in genomic dis...
(A and B) Standardized recombination rates for species (chromosomes pooled per species, n = 57 speci...
<p>Genetic divergence among host species, regions, and populations in terms of the average number of...
Standardized gene count (centred-reduced) as a function of the relative distance from the tip to the...
Understanding the distribution of crossovers along chromosomes is crucial to evolutionary genomics b...
Convergent evolution is an important phenomenon in the history of life. Despite this, there is no co...
Genetic divergence among (net nucleotide distance) and within (expected heterozygosity) populations,...
<p>Numbers of pairs of genes changing from one pattern to another when considering our optimal simil...
(A) Schematic illustration showing the genetic divergence of 2 recombined fragments relative to the ...
Understanding the distribution of crossovers along chromosomes is crucial to evolutionary genomics b...
The neutral theory of molecular evolution predicts that the ratio of polymorphisms to fixed differen...
<p>Each dot shows the frequencies of an accessory gene in three populations, with the graphs orienta...
Each point represents a chromosome (n = 665). Species are presented in different colours (57 species...
Genetic diversity accumulates over time on the level of DNA sequence with accumulation of mutations....
Biological Crossover occurs during the early stages of meiosis. During this process the chromosomes ...