Journal
EVOLUTION
Volume 75, Issue 10, Pages 2618-2619Publisher
OXFORD UNIV PRESS
DOI: 10.1111/evo.14332
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Despite females stickleback encountering parasites at a higher rate, the study found that both male and female fish suffered high costs of infection and immune response, leading to the absence of sexual conflict despite different parasite exposure rates.
Will sex-specificparasite exposure lead to sexually antagonistic immune trait fitness optima? Despite female stickleback encountering parasites at a higher rate, De Lisle and Bolnick found no evidence of sexual conflict related to their primary immune trait. Both male and female fish suffered high costs of infection and immune response on reproduction. If costs of both immunity and infection are high and concordant, the sexual conflict will not arise despite different parasite exposure rates.
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