Data from: Pathogen exposure disrupts an organism’s ability to cope with thermal stress

<b>When using this data, please cite the original publication:</b><br>Hector, T.H., Sgrò C. and M. D. Hall (2019) Pathogen exposure disrupts an organism's ability to cope with thermal stress. Global Change Biology. doi: 10.1111/gcb.14713<br><b>Files in this package:</b><br>Title: hector_et_al_experiment1_heatshock_data.csvDescription: Data from experiment 1 heatshock assay assessing knockdown times at 37 degrees. File contains: host_gen = host genotype ("H" &amp; "M"),pathogen_gen = pathogen genotype ("C1", "C14" &amp; "C20" &amp; uninfected "CTRL"), assay_run = assay replicate date, knockdown_time_mins = individual knockdown times (mins)<br>Title: hector_et_al_experiment1_ramp_data.csvDescription: Data from experiment 1 ramp assays assessing ctmax across different temperature ramping rates. File contains: host_gen = host genotype ("H" &amp; "M"), pathogen_gen = pathogen genotype ("C1", "C14" &amp; "C20" &amp; uninfected "CTRL"), assay_run = assay replicate date, ramping_rate = assay temperature ramping rate (0.06, 0.04 and 0.02 degrees per minute), ctmax = individual CT_max (degrees celsius).<br>Title: hector_et_al_experiment2_heatshock_full_data.csvDescription: Data from experiment 2 heatshock assay assessing knockdown times across stages of infection (days post infection). File contains: host_gen = host genotype ("H" &amp; "M"), pathogen_gen = pathogen genotype ("C1", "C14" &amp; "C20" &amp; uninfected "CTRL"), assay_run = assay replicate, dpi_fct = days post infection ("10", "20", "30", "40" &amp; "50), knockdown_time_mins = individual knockdown times (mins)<br>Title: hector_et_al_experiment2_ramp_full_data.csvDescription: Data from experiment 2 ramp assay assessing ctmax across stages of infection (days post infection).File contains: host_gen = host genotype ("H" &amp; "M"), pathogen_gen = pathogen genotype ("C1", "C14" &amp; "C20" &amp; uninfected "CTRL"), assay_run = assay replicate, dpi_fct = days post infection ("10", "20", "30", "40" &amp; "50),ctmax = individual CT_max (degrees celsius).<br>Title: hector_et_al_experiment2_heatshock_data_infected.csvDescription: Data from experiment 2 heatshock assay used for analysing how spore loads, relative host body size and days post infection impact relative knockdown times (relative to uninfected controls). File contains:host_gen = host genotype ("H" &amp; "M")pathogen_gen = pathogen genotype ("C1", "C14" &amp; "C20") assay_run = assay replicatedpi_fct = days post infection ("20", "30", "40" &amp; "50), body_size = raw individual body sizeknockdown_time_mins = raw individual knockdown timesctrl_time = mean control knockdown times for each host genotype by dpi combinationctrl_size = mean control body sizerelative_time = knockdown times relative to corresponding control meanrelative_size = body size relative to corresponding control meanmature_spores_mil = individual pathogen spore counts (millions)<br>Title: hector_et_al_experiment2_ramp_data_infected.csvDescription: Data from experiment 2 ramp assay used for analysing how spore loads, relative host body size and days post infection impact relative CTmax (relative to uninfected controls). File contains:host_gen = host genotype ("H" &amp; "M")pathogen_gen = pathogen genotype ("C1", "C14" &amp; "C20") assay_run dpi_fct = days post infection ("20", "30", "40" &amp; "50), body_size = raw individual body sizeknockdown_time_mins = raw individual knockdown timesctrl_time = mean control knockdown times for each host genotype by dpi combinationctrl_size = mean control body sizerelative_ctmax = ctmax relative to corresponding control meanrelative_size = body size relative to corresponding control meanmature_spores_mil = individual pathogen spore counts (millions)