NS effectively modulates the PI3K/Akt/mTOR signaling pathway and inhibits lipid transport, inflammation, and apoptosis in macrophages by enhancing autophagy. by Yihua Wang (491766)

Nancy Index. by Leyla Tekin (21492873)

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Macroscopic evaluation of colons. by Leyla Tekin (21492873)

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Homing analysis of GMSCs. by Leyla Tekin (21492873)

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Histopathological analysis of colon tissues. by Leyla Tekin (21492873)

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Evaluation of the disease activity index. by Leyla Tekin (21492873)

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Cytokine secreting CD4+ T lymphocyte ratios. by Leyla Tekin (21492873)

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Chemokine receptor expression analysis. by Leyla Tekin (21492873)

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a) The study design. by Leyla Tekin (21492873)

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DAI scores for each animal. by Leyla Tekin (21492873)

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Experimental data support. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

Compression index of improved red clay. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

Test specimen. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

Physical and Mechanical Properties of Red Clay. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

Particle size distribution curve. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

Compressibility modulus of improved red clay. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

Experimental Design. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

Compressive strain of improved red clay. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

Roadyes-modified red clay water content limits. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”

<i>e-lgp</i> curve of improved red clay. by Quan Shen (37564)

“…Additionally, it is found that the optimal dosage of cement decreases by 9% when RoadyesTM is incorporated.; (4) The effectiveness of the combination of 0.25% RoadyesTM and 6% cement is notably superior to that of the combination with 7% lime. …”