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. 2020 Jun 19;105(10):e3575–e3585. doi: 10.1210/clinem/dgaa382

Table 2.

Simple Linear Regression With HFF as Dependent Variable

Outcome: HFFa R squared: 0.153
  Model Variables B (Unstandardized) β (Standardized) P
  (Intercept) 3.799 0.173
  Ranked F/B Ratio 0.232 0.391 0.001
Outcome: HFF R squared: 0.148
  Model Variables B (Unstandardized) β (Standardized) P
  (Intercept) 20.845 <0.001
  Ranked Bacteroidetes -0.229 -0.385 0.001
Outcome: HFFa R squared: 0.060
  Model Variables B (Unstandardized) β (Standardized) P
  (Intercept) 17.858 <0.001
  Ranked Prevotella -0.148 -0.246 0.036
Outcome: HFF R squared: 0.069
  Model Variables B (Unstandardized) β (Standardized) P
  (Intercept) 18.146 <0.001
  Ranked Gemmiger -0.156 -0.262 0.025
Outcome: HFFa R squared: 0.103
  Model Variables B (Unstandardized) β (Standardized) P
  (Intercept) 19.458 <0.001
  Ranked Oscillospira -0.191 -0.321 0.006

The table shows that simple linear regression with HFF as the outcome was conducted separately for F/B ratio, Bacteroidetes, Prevotella, Gemmiger, and Oscillospira. Statistically significant P values are indicated in bold.

Abbreviation: F/B ratio, Firmicutes to Bacteroidetes ratio; HFF, hepatic fat fraction.

aThe model significantly predicts HFF (P < 0.05).