<p>Unlike the autosomes, recombination between the X chromosome and Y chromosome is thought be constrained to two small pseudoautosomal regions (PARs) at the tips of each sex chromosome. The PAR1 spans the first 2.6 Mb of the proximal arm of the human sex chromosomes and is conserved across most eutherian mammals. The PAR1 is separated from the nonPAR region on the Y chromosome by a Y-specific inversion that is hypothesized to suppress X-Y recombination. The much smaller PAR2, spanning the distal 320 kb of the long arm of each chromosome, was duplicated from the terminal end of the X to the terminal end of the Y in the common ancestor of humans. In addition to the PAR1 and PAR2, there is a human-specific X-transposed region (XTR) that is su...
Previous studies have shown widespread correlation between nucleotide polymorphism and recombination...
Recent studies indicated that recombination is strongly mutagenic. In particular, data from the mous...
Evidence is accumulating that recombination events in humans are not randomly distributed, but clust...
abstract: Unlike the autosomes, recombination on the sex chromosomes is limited to the pseudoautosom...
<div><p>The human sex chromosomes differ in sequence, except for the pseudoautosomal regions (PAR) a...
The human sex chromosomes differ in sequence, except for the pseudoautosomal regions (PAR) at the te...
Recombination between the X and Y human sex chromosomes is limited to the two pseudoautosomal region...
The human X and Y chromosomes are heterologous except at the tips of both arms - the pseudoautosomal...
Recombination between the X and Y human sex chromosomes is limited to the two pseudoautosomal region...
The human X and Y chromosomes are heteromorphic but share a region of homology at the tips of their ...
Human sex chromosomes co-evolved from a pair of autosomes through the suppression of recombination o...
The 320-kb human pseudoautosomal region 2 (PAR2) at the tips of the long arms of the X and Y chromos...
High resolution analyses indicate that meiotic crossovers in human autosomes tend to cluster into 1-...
International audienceA single obligatory recombination event takes place at male meiosis in the tip...
AbstractGenes evolve at different rates depending on the strength of selective pressure to maintain ...
Previous studies have shown widespread correlation between nucleotide polymorphism and recombination...
Recent studies indicated that recombination is strongly mutagenic. In particular, data from the mous...
Evidence is accumulating that recombination events in humans are not randomly distributed, but clust...
abstract: Unlike the autosomes, recombination on the sex chromosomes is limited to the pseudoautosom...
<div><p>The human sex chromosomes differ in sequence, except for the pseudoautosomal regions (PAR) a...
The human sex chromosomes differ in sequence, except for the pseudoautosomal regions (PAR) at the te...
Recombination between the X and Y human sex chromosomes is limited to the two pseudoautosomal region...
The human X and Y chromosomes are heterologous except at the tips of both arms - the pseudoautosomal...
Recombination between the X and Y human sex chromosomes is limited to the two pseudoautosomal region...
The human X and Y chromosomes are heteromorphic but share a region of homology at the tips of their ...
Human sex chromosomes co-evolved from a pair of autosomes through the suppression of recombination o...
The 320-kb human pseudoautosomal region 2 (PAR2) at the tips of the long arms of the X and Y chromos...
High resolution analyses indicate that meiotic crossovers in human autosomes tend to cluster into 1-...
International audienceA single obligatory recombination event takes place at male meiosis in the tip...
AbstractGenes evolve at different rates depending on the strength of selective pressure to maintain ...
Previous studies have shown widespread correlation between nucleotide polymorphism and recombination...
Recent studies indicated that recombination is strongly mutagenic. In particular, data from the mous...
Evidence is accumulating that recombination events in humans are not randomly distributed, but clust...