Bar plot of heat generation fold change normalized respective to the experimental wild-type value for high-heat generating strains. Individual experimental values are shown as points. ΔarcB–red, ΔglnL–blue, ΔyccC–orange, and wild-type–the dashed line. Data for all individual replicates can be found in S1 Data. (TIF)</p
Experimental microaerobic growth data for all strains (OD600—solid line) fit with the Gompertz growt...
Each column and row represents a root sample and a gene, respectively. Log2 FC values are shown in e...
<p>(A) Latency times differed between strains. Data are represented as mean ±SEM. Values which are d...
(A) Heat map of categorized single-gene knockouts (heat flow fold change over wild-type; N = 370). S...
Average strain heat flow (mW) curves over time. All samples were tested in at least triplicate, with...
Experimental thermogenic strain heat flow data (mW—solid line) fit with the 2 Gaussian equations (da...
Average strain heat flow (mW) curves over time. All samples were tested in triplicate, with distinct...
The raw values of the fold heat generation change over the wild-type value are shown in the attached...
<p>A heat map for the 3 different treatments across the 4 time points. Log<sub>2</sub> fold change c...
Various regression model equations (dashed line) were fit to the experimental data (W–solid line) fo...
(A) Heat map corresponding to S1 Table for PTEX150-HAglmS metabolomics time course (18, 24, 30-hpi) ...
<p>(A) Heat map of the M and S strains showing differentially expressed genes across time within eac...
<p>T-test based procedure was used to score the changes in expression of each functional gene set, s...
<p>(A) The Venn diagram shows genes down-regulated or up-regulated in ΔrpoZ or CS upon 24-h treatmen...
(A) Average strain growth (OD600) curves over time. (B) Average strain intracellular ATP concentrati...
Experimental microaerobic growth data for all strains (OD600—solid line) fit with the Gompertz growt...
Each column and row represents a root sample and a gene, respectively. Log2 FC values are shown in e...
<p>(A) Latency times differed between strains. Data are represented as mean ±SEM. Values which are d...
(A) Heat map of categorized single-gene knockouts (heat flow fold change over wild-type; N = 370). S...
Average strain heat flow (mW) curves over time. All samples were tested in at least triplicate, with...
Experimental thermogenic strain heat flow data (mW—solid line) fit with the 2 Gaussian equations (da...
Average strain heat flow (mW) curves over time. All samples were tested in triplicate, with distinct...
The raw values of the fold heat generation change over the wild-type value are shown in the attached...
<p>A heat map for the 3 different treatments across the 4 time points. Log<sub>2</sub> fold change c...
Various regression model equations (dashed line) were fit to the experimental data (W–solid line) fo...
(A) Heat map corresponding to S1 Table for PTEX150-HAglmS metabolomics time course (18, 24, 30-hpi) ...
<p>(A) Heat map of the M and S strains showing differentially expressed genes across time within eac...
<p>T-test based procedure was used to score the changes in expression of each functional gene set, s...
<p>(A) The Venn diagram shows genes down-regulated or up-regulated in ΔrpoZ or CS upon 24-h treatmen...
(A) Average strain growth (OD600) curves over time. (B) Average strain intracellular ATP concentrati...
Experimental microaerobic growth data for all strains (OD600—solid line) fit with the Gompertz growt...
Each column and row represents a root sample and a gene, respectively. Log2 FC values are shown in e...
<p>(A) Latency times differed between strains. Data are represented as mean ±SEM. Values which are d...
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