Including: S1 Data–S75 Data. by Eliana Nicolaisen-Sobesky (22662692)

“…In this perspective, future studies should further examine the effects of risk/protective factors on different brain regions in order to deepen our understanding of the clinical significance of such increased and decreased CT and GMV.…”

Multiomics Identified the Nutritional Improvement in LAB-Fermented Goat Milk by Liyan Ge (13017372)

“…Lactic acid bacteria (LAB) in fermented goat milk (FGM) significantly alter its composition, though their effect on goat milk’s nutritional profile is not well understood. …”

The effect of IFN-β and Vit D on the NF-κB and p-NF-κB protein. by Farzad Nasri (8941850)

“…NF-κB protein expression was reduced in all groups compared to the control, but not significantly <b>(A)</b>. IFN-β, Vit D, and the co-treatment all decrease p-NF-κB protein expression in comparison with the control, but it was only significant for the co-treatment group <b>(B)</b>. …”

Experimental procedures. by Ellen Chan (22177558)

“…For ipsilateral erector spinae (ES) to rectus abdominis (RA) ratio, significant time effect (p = 0.022), between-group differences (p = 0.031), and real-time reduction during forward walking in left swing phase, and significant between-group differences (p = 0.024), time-and-group interaction effect (p = 0.009), and real-time increase during backward walking in right swing phase were noted. …”

Experimental procedures. by Ellen Chan (22177558)

“…For ipsilateral erector spinae (ES) to rectus abdominis (RA) ratio, significant time effect (p = 0.022), between-group differences (p = 0.031), and real-time reduction during forward walking in left swing phase, and significant between-group differences (p = 0.024), time-and-group interaction effect (p = 0.009), and real-time increase during backward walking in right swing phase were noted. …”

Supplementary file of datasets. by Ellen Chan (22177558)

“…For ipsilateral erector spinae (ES) to rectus abdominis (RA) ratio, significant time effect (p = 0.022), between-group differences (p = 0.031), and real-time reduction during forward walking in left swing phase, and significant between-group differences (p = 0.024), time-and-group interaction effect (p = 0.009), and real-time increase during backward walking in right swing phase were noted. …”

Scatterplot 8. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Scatterplot 5. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Scatterplot 9. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Scatterplot 1. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Scatterplot 6. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Scatterplot 2. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Raw data of this study. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Scatterplot 4. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Scatterplot 3. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Correlation matrix. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Scatterplot 7. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Baseline characteristics of the four groups. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Flow of included patients through the trial. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”

Cox proportional hazards modeling. by Chao Yang (174810)

“…When the HAR was at a low level, mortality within 28 days after ICU admission decreased significantly as the HAR increased. …”