Schreiber, M. Et Al. 2022. Recombination Landscape Divergence between Populations is Marked by Larger Low-Recombining Regions in Domesticated Rye. MOLECULAR BIOLOGY AND EVOLUTION , vol.39, no.6 , 131.

Schreiber, M., Gao, Y., Koch, N., Fuchs, J., Heckmann, S., Himmelbach, A., ... Börner, A.(2022). Recombination Landscape Divergence between Populations is Marked by Larger Low-Recombining Regions in Domesticated Rye. MOLECULAR BIOLOGY AND EVOLUTION , vol.39, no.6, 131.

Schreiber, M. Et Al. "Recombination Landscape Divergence between Populations is Marked by Larger Low-Recombining Regions in Domesticated Rye," MOLECULAR BIOLOGY AND EVOLUTION , vol.39, no.6, 131, 2022

Schreiber, M. Et Al. "Recombination Landscape Divergence between Populations is Marked by Larger Low-Recombining Regions in Domesticated Rye." MOLECULAR BIOLOGY AND EVOLUTION , vol.39, no.6, pp.131, 2022

Schreiber, M. Et Al. (2022) . "Recombination Landscape Divergence between Populations is Marked by Larger Low-Recombining Regions in Domesticated Rye." MOLECULAR BIOLOGY AND EVOLUTION , vol.39, no.6, p.131.

@article{article, author={M. Schreiber Et Al. }, title={Recombination Landscape Divergence between Populations is Marked by Larger Low-Recombining Regions in Domesticated Rye}, journal={MOLECULAR BIOLOGY AND EVOLUTION}, year=2022, pages={131} }