School of Life Sciences

Morrow Lab

flies on an orange flies on a vial correlation matrix plot

Evolutionary Genetics of Sexual Conflict

We are interested in understanding more about the nitty gritty of sexual conflict. An understanding of sexual conflict at a more detailed level will clarify how sexual dimorphism evolves (or doesn't) and whether sexually antagonistic can contribute to the maintenance of genetic variation.

Some of the specific questions that we are trying to answer include (but are not limited to): which particular traits are embroiled in sexual conflict? How important is sexually antagonistic selection relative to other forms of selection? How has the genome been shaped by it, and our current focus - which particular genes experience sexually antagonistic selection?

We are currently using two systems to try to answer these questions. In the lab we work with the fruit fly Drosophila melanogaster, for which there is such a wealth of genetic tools and knowledge. We are also using human datasets to examine specifically whether we can detect patterns of sexual antagonism in contemporary populations.

Our research program is dependent upon an active and enthusiastic team together with some expert collaborators. We also have generous support from The Royal Society, The European Research Council, and the Swedish Research Council (Vetenskapsådet).

Ted Morrow (January 2013)

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Contact

Dr Ted Morrow

Ted Morrow portrait

Royal Society University Research Fellow
Email: ted.morrow@sussex.ac.uk
Tel: +44 1273 87 28 62
Twitter: @ted_morrow

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RSS Feed of Sexual Conflict and Sexual Antagonism papers

Field estimates of parentage reveal sexually antagonistic selection on body size in a population of Anolis lizards. dlvr.it/PXK8QW

Field estimates of parentage reveal sexually antagonistic selection on body size in a population of Anolis lizards. dlvr.it/PXJszM

Direct and trans-generational effects of male and female gut microbiota in Drosophila melanogaster. dlvr.it/PXJsq1

Sexual selection on spontaneous mutations strengthens the between-sex genetic correlation for fitness. dlvr.it/PX20ss

Modelling the Evolution of Traits in a Two-Sex Population, with an Application to Grandmothering. dlvr.it/PVld9l

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