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

Monash University
Carla Sgrò (Aggregated by) Carla Sgrò (Aggregated by) Matthew Hall (Aggregated by) Tobias Hector (Aggregated by)
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ctx_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rfr_id=info%3Asid%2FANDS&rft_id=info:doi10.26180/5ceb7e7939b25&rft.title=Data from: Pathogen exposure disrupts an organism’s ability to cope with thermal stress&rft.identifier=https://doi.org/10.26180/5ceb7e7939b25&rft.publisher=Monash University&rft.description=When using this data, please cite the original publication: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.14713Files in this package: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 & M),pathogen_gen = pathogen genotype (C1, C14 & C20 & uninfected CTRL), assay_run = assay replicate date, knockdown_time_mins = individual knockdown times (mins)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 & M), pathogen_gen = pathogen genotype (C1, C14 & C20 & 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 CTmax (degrees celsius).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 & M), pathogen_gen = pathogen genotype (C1, C14 & C20 & uninfected CTRL), assay_run = assay replicate, dpi_fct = days post infection (10, 20, 30, 40 & 50), knockdown_time_mins = individual knockdown times (mins)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 & M), pathogen_gen = pathogen genotype (C1, C14 & C20 & uninfected CTRL), assay_run = assay replicate, dpi_fct = days post infection (10, 20, 30, 40 & 50),ctmax = individual CTmax (degrees celsius).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 & M)pathogen_gen = pathogen genotype (C1, C14 & C20) assay_run = assay replicatedpi_fct = days post infection (20, 30, 40 & 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)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 & M)pathogen_gen = pathogen genotype (C1, C14 & C20) assay_run dpi_fct = days post infection (20, 30, 40 & 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)&rft.creator=Carla Sgrò&rft.creator=Carla Sgrò&rft.creator=Matthew Hall&rft.creator=Matthew Hall&rft.creator=Tobias Hector&rft.creator=Tobias Hector&rft.date=2019&rft_rights=CC-BY-4.0&rft_subject=Thermal limits&rft_subject=thermal tolerance&rft_subject=infectious disease&rft_subject=aquatic ectotherm&rft_subject=Infectious Diseases&rft_subject=Evolutionary Impacts of Climate Change&rft_subject=Host-Parasite Interactions&rft_subject=Global Change Biology&rft.type=dataset&rft.language=English Access the data
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When using this data, please cite the original publication:

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

Files in this package:

Title: hector_et_al_experiment1_heatshock_data.csv
Description: Data from experiment 1 heatshock assay assessing knockdown times at 37 degrees.
File contains:
host_gen = host genotype ("H" & "M"),
pathogen_gen = pathogen genotype ("C1", "C14" & "C20" & uninfected "CTRL"),
assay_run = assay replicate date,
knockdown_time_mins = individual knockdown times (mins)

Title: hector_et_al_experiment1_ramp_data.csv
Description: Data from experiment 1 ramp assays assessing ctmax across different temperature ramping rates.
File contains:
host_gen = host genotype ("H" & "M"),
pathogen_gen = pathogen genotype ("C1", "C14" & "C20" & 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 CTmax (degrees celsius).

Title: hector_et_al_experiment2_heatshock_full_data.csv
Description: Data from experiment 2 heatshock assay assessing knockdown times across stages of infection (days post infection).
File contains:
host_gen = host genotype ("H" & "M"),
pathogen_gen = pathogen genotype ("C1", "C14" & "C20" & uninfected "CTRL"),
assay_run = assay replicate,
dpi_fct = days post infection ("10", "20", "30", "40" & "50), knockdown_time_mins = individual knockdown times (mins)

Title: hector_et_al_experiment2_ramp_full_data.csv
Description: Data from experiment 2 ramp assay assessing ctmax across stages of infection (days post infection).
File contains:
host_gen = host genotype ("H" & "M"),
pathogen_gen = pathogen genotype ("C1", "C14" & "C20" & uninfected "CTRL"),
assay_run = assay replicate,
dpi_fct = days post infection ("10", "20", "30", "40" & "50),
ctmax = individual CTmax (degrees celsius).

Title: hector_et_al_experiment2_heatshock_data_infected.csv
Description: 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" & "M")
pathogen_gen = pathogen genotype ("C1", "C14" & "C20") assay_run = assay replicate
dpi_fct = days post infection ("20", "30", "40" & "50),
body_size = raw individual body size
knockdown_time_mins = raw individual knockdown times
ctrl_time = mean control knockdown times for each host genotype by dpi combination
ctrl_size = mean control body size
relative_time = knockdown times relative to corresponding control mean
relative_size = body size relative to corresponding control mean
mature_spores_mil = individual pathogen spore counts (millions)

Title: hector_et_al_experiment2_ramp_data_infected.csv
Description: 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" & "M")
pathogen_gen = pathogen genotype ("C1", "C14" & "C20") assay_run
dpi_fct = days post infection ("20", "30", "40" & "50),
body_size = raw individual body size
knockdown_time_mins = raw individual knockdown times
ctrl_time = mean control knockdown times for each host genotype by dpi combination
ctrl_size = mean control body size
relative_ctmax = ctmax relative to corresponding control mean
relative_size = body size relative to corresponding control mean
mature_spores_mil = individual pathogen spore counts (millions)

Issued: 2019-07-09

Created: 2019-07-09

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Subjects
Evolutionary Impacts of Climate Change | Global Change Biology | Host-Parasite Interactions | Infectious Diseases | Thermal limits | aquatic ectotherm | infectious disease | thermal tolerance |

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Identifiers
ACN 633 798 857