Additional file 2 of Sexual conflict drives micro- and macroevolution of sexual dimorphism in immunity

Autor: Bagchi, Basabi, Corbel, Quentin, Khan, Imroze, Payne, Ellen, Banerji, Devshuvam, Liljestrand-Rönn, Johanna, Martinossi-Allibert, Ivain, Baur, Julian, Sayadi, Ahmed, Immonen, Elina, Arnqvist, Göran, Söderhäll, Irene, Berger, David
Rok vydání: 2021
Předmět:
DOI: 10.6084/m9.figshare.14721690
Popis: Additional file 2: Supplement 1. Optimization of PO-activity assays. Figure S1. Test kinetics of the phenoloxidase assays. Table S1. PO-activity after preincubation of frozen homogenate with different activators. Supplement 2. Mating status and phenotypic plasticity of PO-activity in females. Table S2. ANOVA on the effects of mating treatment and egg laying on PO-activity. Supplement 3. Experimental Evolution of PO-activity. Table S3a. Effects of mating treatment and mating regime on adult weight. Table S3b. Analysis of differences in offspring production between evolution regimes. Table S3c. Effects of mating treatment and mating regime on male PO-activity. Supplement 4. Responses to bacterial infection in the experimental evolution lines. Table S4a. Effect of infection with B. thuringiensis on survival of virgin and mated females from polygamous and monogamous regimes. Table S4b.1 Effect of infection with B. thuringiensis on survival of virgin and mated females from polygamous and monogamous regimes, using a binomial response. Table S4c. Effect of bacterial infection on survival of virgin males from polygamous and monogamous regimes. Table S4d. Effect of infection with P. entomophila on survival of mated females from polygamous and monogamous mating regimes. Table S4e. Effect of infection with P. entomophila on survival of mated females from polygamous and monogamous mating regimes using a binomial response. Table S4f. Bacterial load of P. enthomophila in mated females from polygamous and monogamous regimes. Supplement 5. Macroevolutionary change and sexually antagonistic coevolution between male genital morphology and female PO-activity. Figure S5a. Macroevolutionary change in sexual dimorphism in PO-activity across seed beetle linages. Figure S5b. Photos of genitalia rated as least and most harmful. Table S5a PGLS of male genital morphology and female PO-activity. Table S5b. PGLS of male genital morphology and male PO-activity.
Databáze: OpenAIRE