2008Cytogenetics and Cell GeneticsRequires access

Higher female than male recombination rates in a marsupial mammal, the tammar wallaby (Macropus eugenii)

L.M. McKenzie, WE Poole, C. Collet, D.W. Cooper

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Abstract

Previous work has shown that females have lower recombination rates than males in two distinctly related marsupial species, an American didelphid and an Australian dasyurid. We report here that the tammar wallaby (Macropus eugenii), which belongs to a third major group, has higher female recombination rates in two linked pairs. The nature of the sex differences in recombination rates in this species is thus similar to the situation in eutherian mammals.

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What this paper is about

Previous work has shown that females have lower recombination rates than males in two distinctly related marsupial species, an American didelphid and an Australian dasyurid. We report here that the tammar wallaby (Macropus eugenii), which belongs to a third major group, has higher female recombination rates in two linked pairs. The nature of the sex differences in recombination rates in this species is thus similar to the situation in eutherian mammals.

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Available abstract

Previous work has shown that females have lower recombination rates than males in two distinctly related marsupial species, an American didelphid and an Australian dasyurid. We report here that the tammar wallaby (Macropus eugenii), which belongs to a third major group, has higher female recombination rates in two linked pairs. The nature of the sex differences in recombination rates in this species is thus similar to the situation in eutherian mammals.

Key concepts: Tammar wallaby, Marsupial, Macropus, Biology, Mammal, Monotreme, Zoology, Recombination

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Higher female than male recombination rates in a marsupial mammal, the tammar wallaby (Macropus eugenii) — Research Paper | ScholarLens