Effect of three substances on clay shear strength. by Quan Shen (37564)

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S1 Data - by Guoqing Meng (4669774)

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Influence of Roadyes on red clay shear strength. by Quan Shen (37564)

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Particle size distribution curve. by Quan Shen (37564)

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Differential counts of leukocytes in mouse BALF. by Guoqing Meng (4669774)

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Microscopic examination of M07 adhesion to Caco-2 cells (400x). by Guoqing Meng (4669774)

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

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Viability of M07 after co-incubation with GI fluid (Log CFU/mL). by Guoqing Meng (4669774)

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Experimental Design. by Quan Shen (37564)

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

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Tuning the Upper Critical Solution Temperature of the Polystyrene-Terpineol System toward a Low-Temperature Membrane Formation by Sulaiman Dhameri (22048528)

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Unconfined Compressive Strength of Improved Red Clay. by Quan Shen (37564)

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Schematic of the OVA-induced asthma mouse model protocol. by Guoqing Meng (4669774)

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Field Site of Red Clay Subgrade Diseases in Zhuzhou. by Quan Shen (37564)

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EMI of 0.25% Roadyes-treated red clay after failure. by Quan Shen (37564)

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Levels of pro- and anti-inflammatory cytokines in BALF. by Guoqing Meng (4669774)

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Representative sections of HE-stained lung tissue from different groups under light microscopy(400X). by Guoqing Meng (4669774)

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Bacterial strains and plasmids. by Eunsil Choi (8271039)

“…Furthermore, the SL1344Δ<i>bipA</i> and 14028Δ<i>bipA</i> strains exhibited significantly decreased swimming motility at 20°C compared to 37°C, confirmed by microscopic observation showing fewer flagella at 20°C. …”

Enhanced Cell Proliferation and Maturation Using Carboxylated Bacterial Nanocellulose Scaffolds for 3D Cell Culture by Elizabeth Mavil-Guerrero (20833989)

“…The surface properties and fibrillar structure of BNC–COOH facilitated the formation of hydrogels with significantly enhanced water uptake (1.4-fold) and adhesion force (2.3-fold) compared to BNC. …”

Enhanced Cell Proliferation and Maturation Using Carboxylated Bacterial Nanocellulose Scaffolds for 3D Cell Culture by Elizabeth Mavil-Guerrero (20833989)

“…The surface properties and fibrillar structure of BNC–COOH facilitated the formation of hydrogels with significantly enhanced water uptake (1.4-fold) and adhesion force (2.3-fold) compared to BNC. …”