Renal (urea and creatinine) (a, b) and Liver function (ALT and AST) (c, d) test in serums of different experimental groups and body weight changes (e) on day 10. by Omid Mehrpour (9385929)

Oscillatory potential (OP) analysis of 6-, 9-, and 12-month ERGs shows continued dysfunction in the inner retina reflecting A- and B-wave results. by Shaylah McCool (20818280)

“…(B) Quantification of the sum of the OP amplitudes shows significantly increased and decreased OP amplitudes in the 6- and 9-month 5xFAD mice, respectively, followed by equivalently decreased OP amplitudes by 12 months between genotypes similar to the results in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0319397#pone.0319397.g001" target="_blank">Fig 1</a>. …”

Representative Western blots for proteins from specific gene groups, nitric oxide production, and NETs formation. by Daniel R. Ambruso (12042605)

Neutrophil function assays completed on CGD patients off and after the 4^th dose of IFN-γ. by Daniel R. Ambruso (12042605)

“…<b>2C</b> shows results for six patients demonstrating decreased viability after administration of IFN-γ. …”

Changes in AL (A) and SE (B) according to the treatment time estimation curve in patients given 0.125% atropine. by Zi-Rong Chen (9227618)

“…<p><b>(A)</b> The crucial period and outcome measurement period in the current study. …”

Mean total cholesterol levels over time in the roxadustat group (A) and ESAs group (B) according to the statins subgroup. by Jie Liu (15128)

Neutrophil Superoxide anion production, Heat map for gene expression from neutrophils of CGD patients, and PCA plot for genome-wide gene expression. by Daniel R. Ambruso (12042605)

“…Results for healthy adult subjects (black, n = 12) are included for comparison. <b>3B. Heat map</b> showing changes for all significant genes between off IFN-γ and 10-12 hours after the 1st and 4th dose (50 µg/m²) of the cytokine given on a routine schedule noted in Methods. …”

Manhattan and respective-QQ plots for agronomic traits in the 191-wheat association panel using BLINK. by Fatima Henkrar (17346528)

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Coordinates (correlations) of agronomic traits with the first five principal components from PCA. by Fatima Henkrar (17346528)

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Population structure analysis. by Fatima Henkrar (17346528)

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Comparison of broad-sense heritability estimates across and within environments for agronomic traits. by Fatima Henkrar (17346528)

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Manhattan and respective-QQ plots for agronomic traits in the 191-wheat association panel using FarmCPU. by Fatima Henkrar (17346528)

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Boxplots summarizing the differences in agronomic traits. by Fatima Henkrar (17346528)

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Principal component analysis of agronomic traits and genotypes. by Fatima Henkrar (17346528)

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Top 20 high-yielding genotypes across the seven environments (t/ha). by Fatima Henkrar (17346528)

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MTAs identified in multiple environments (BLUEs and individual environments) for the five agronomic traits in the association panel of spring bread wheat. by Fatima Henkrar (17346528)

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Geographic locations of the seven experimental stations used in the study. by Fatima Henkrar (17346528)

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Distribution and density of 12,954 high-quality SNPs across the 21 bread wheat chromosomes. by Fatima Henkrar (17346528)

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Descriptive statistics and genetic parameters for agronomic traits across environments. by Fatima Henkrar (17346528)

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Pearson’s correlation matrix among agronomic traits based on BLUEs. by Fatima Henkrar (17346528)

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