Venn diagram based on ASVs of intestinal microbiota from healthy and diseased shrimp. by Lalitphan Kitsanayanyong (19353505)

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β-diversity of intestinal microbiota from healthy and diseased shrimp. by Lalitphan Kitsanayanyong (19353505)

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Unique intestinal microbiota in diseased shrimp. by Lalitphan Kitsanayanyong (19353505)

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α-diversity indices of intestinal microbiota from healthy and diseased shrimp. by Lalitphan Kitsanayanyong (19353505)

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Heat map of intestinal microbiota from healthy and diseased shrimp at the genus level. by Lalitphan Kitsanayanyong (19353505)

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Taxa bar plot of intestinal microbiota from healthy and diseased shrimp at the family level. by Lalitphan Kitsanayanyong (19353505)

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Shared intestinal microbiota between healthy and diseased shrimp. by Lalitphan Kitsanayanyong (19353505)

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Effect of <i>Rps</i> lectins on the bacterial extracellular matrix. by Mariama D. Carter (19727487)

Mas Receptor Phosphorylation and its-mediated Effects in Renal Cortex of WKY Rats and SHRs. by Lin Chen (54305)

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. …”

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. …”

Influence of Roadyes on red clay shear strength. 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. …”