Selected article for: "genetic background and viral load"

Author: Jonathon A. Siva-Jothy; Pedro F. Vale
Title: Dissecting genetic and sex-specific host heterogeneity in pathogen transmission potential
  • Document date: 2019_8_14
  • ID: 0v5q4kp9_13
    Snippet: Genetic background explained the most variance of any predictor across models 282 assessing mating (7%) and sex (10.9%). Interactions with sex and mating also 283 explained a further 2.7% and 1.5%, respectively ( Figure 5 ; Table 1 ). We found no 284 evidence that mating affected the lifespan of females following DCV infection ( Figure 285 1a; Table 1 ). Viral load at death (VLAD) was not affected by genetic background, sex 286 or female mating .....
    Document: Genetic background explained the most variance of any predictor across models 282 assessing mating (7%) and sex (10.9%). Interactions with sex and mating also 283 explained a further 2.7% and 1.5%, respectively ( Figure 5 ; Table 1 ). We found no 284 evidence that mating affected the lifespan of females following DCV infection ( Figure 285 1a; Table 1 ). Viral load at death (VLAD) was not affected by genetic background, sex 286 or female mating status ( Figure 1b ; Table 2 ), and flies that died sooner following 287 infection had greater VLAD than those that died later ( Figure 1c ; Table 1) . The copyright holder for this preprint (which was not peer-reviewed) is the . https://doi.org/10.1101/733915 doi: bioRxiv preprint

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