Prediction of bacterial BugBase phenotype. by Jun Sun (48981)

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KEGG enrichment map of differential metabolites (a) and differential abundance score map (b). by Jun Sun (48981)

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PCA of bacterial communities. by Jun Sun (48981)

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Alpha diversity, differential Metabolites, KEG DA score, lefse, Metabolites (all), OTUs, PCA components, RDA result.VIF and result. RDA. envfit. by Jun Sun (48981)

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Detected metabolites (a), volcano plot (b) and scatter plot (c) of differential metabolites. by Jun Sun (48981)

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Correlation of differential metabolites. by Jun Sun (48981)

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LEfSe analysis of root zone soil bacterium from different tea varieties. by Jun Sun (48981)

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OUT Venn diagram. by Jun Sun (48981)

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Pro- and anti-inflammatory cytokines are significantly decreased at acute time points following IR. by Jordan A. Gunning (18143970)

Demographic information of participants. by Zixia Bu (21475019)

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Difference in various variables with different PA level. by Zixia Bu (21475019)

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Characterization and difference in various variables with different PA level. by Zixia Bu (21475019)

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Correlation results between PA and different table variables. by Zixia Bu (21475019)

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Correlation heatmap between physical activity and individual variables. by Zixia Bu (21475019)

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Cross-lagged panel model based on physical activity, aggressive behavior and Chinese language learning. by Zixia Bu (21475019)

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Cross-lagged panel model consistency test based on physical activity, aggressive behavior and Chinese language learning. by Zixia Bu (21475019)

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Comparison of the fit of multiple cluster analyses of the cross-lagged panel model. by Zixia Bu (21475019)

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Alveolar echinococcus (AE) patients staged into groups with progressive, with stable and cured disease. by Beate Grüner (301524)

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Negative Intrinsic Viscosity in Graphene Nanoparticle Suspensions Induced by Hydrodynamic Slip by Adyant Agrawal (22492518)

“…As the concentration of graphene particles increases in the dilute regime, the viscosity initially decreases, falling below that of pure water. At higher concentrations, however, particle aggregation becomes significant, leading to a rise in viscosity after a minimum is reached. …”

Negative Intrinsic Viscosity in Graphene Nanoparticle Suspensions Induced by Hydrodynamic Slip by Adyant Agrawal (22492518)

“…As the concentration of graphene particles increases in the dilute regime, the viscosity initially decreases, falling below that of pure water. At higher concentrations, however, particle aggregation becomes significant, leading to a rise in viscosity after a minimum is reached. …”