Comparison of high-resolution crossover maps between <i>D. santomea</i> and <i>D. yakuba.</i>

Comparison of high-resolution crossover maps between <i>D. santomea</i> and <i>D. yakuba.</i>

<p>For each species, the average crossover rate (cM/Mb) from different crosses is shown along the major chromosome arms (1-Mb overlapping windows with 50 kb increments). Data for <i><i>D. yakuba</i></i> was obtained from Pettie <i><i>et al</i></i>...

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Bibliographic Details
Main Author:	Ana Llopart (705646) (author)
Other Authors:	Nikale Pettie (5340590) (author), Abigail Ryon (22379273) (author), Josep M. Comeron (12280497) (author)
Published:	2025
Subjects:	Genetics Molecular Biology Evolutionary Biology Infectious Diseases Chemical Sciences not elsewhere classified telomere effects — overall genetic maps 000 years ago x chromosome shows x chromosome revealed x chromosome exhibits sexually reproducing species captures intraspecific variation resolution crossover map resolution crossover landscape 8 cm ), crossovers across species genetic length compared div >< p multiple crossovers occurring stronger crossover interference closely related species drosophila santomea </ autosomal arms show 288 crossovers genome centromere effect relative chromosome relative autosomal arms centromere effect crossover interference sister species santomea </ multiple properties distantly related closely resembling crossovers may natural variation extensive variation combined centromere smaller crossover crossover patterns 7 cm 3 cm 2 cm yakuba </ vs </ melanogaster </ yakuba ,</ vs .</ tetrad analysis slight increase significant reduction significant amount reveals rapid recent split
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