Antifungal effect of WSWE on <i>S</i>. <i>globosa</i>. by Acharya Balkrishna (5640038)

Fold change with steady state myocardial mRNA levels for components of the inflammasome. by Stephanie L. Samani (17896610)

Determination of minimum fungicidal concentration of WSWE against <i>S</i>. <i>globosa</i>. by Acharya Balkrishna (5640038)

Age-Related ¹H NMR Characterization of Cerebrospinal Fluid in Newborn and Young Healthy Piglets by Domenico Ventrella (3156003)

“…The aim of the present study was to investigate in both qualitative and quantitative manner the composition of Cerebrospinal Fluid harvested form healthy newborn (5 days old-P5) and young (30-P30 and 50-P50 days old) piglets using ¹H NMR Spectroscopy, and to analyze any possible difference in metabolites concentration between age groups, related to age and Blood-Brain-Barrier maturation. …”

WSWE targets both cell wall and cell membrane of <i>S</i>. <i>globosa</i>. by Acharya Balkrishna (5640038)

Micromorphological impact of WSWE treatment on <i>S</i>. <i>globosa</i> cells. by Acharya Balkrishna (5640038)

Proposed model of mode of action of WSWE as anti-fungal agent. by Acharya Balkrishna (5640038)

WSWE treatment reduced total ergosterol amount in <i>S</i>. <i>globosa</i> cells. by Acharya Balkrishna (5640038)

“…<i>globosa</i> cells (purple) and those differentially treated with amphotericin B (AMB) (green) or varying concentrations of WSWE [orange (IC₅₀) and maroon (2X IC₅₀)]. <b>[B]</b> Bar graph showing the decrease in the concentration of ergosterol upon AMB or WSWE treatment.…”

Time kill kinetics of WSWE against <i>S</i>. <i>globosa</i>. by Acharya Balkrishna (5640038)

A) Representative images of 3D printed scaffolds with different numbers of layers (4, 6, 8, and 10 layers), B) Bar graphs pertaining to the heights of scaffolds with different numb... by Zahra Yazdanpanah (10038944)

Shiga toxin expression in O157 following treatment with hGRNL, bNK2A, and pNKL peptides. by Erika N. Biernbaum (12647386)

Effect of RYGB on distribution of GLP-2 positive cells. by Ananyaa Sridhar (13844261)

Effect of RYGB on distribution of PYY positive cells. by Ananyaa Sridhar (13844261)

Effect of RYGB on distribution of GIP positive cells. by Ananyaa Sridhar (13844261)

Effect of RYGB on distribution of GLP-1 positive cells. by Ananyaa Sridhar (13844261)

A mathematical model of PIF4 autoregulation captures the experimental observations of hypocotyl growth and promoter activity. by Sreya Das (20531295)

The Influence of Nucleating Agent Positional Isomer Structure on the Nucleation Efficiency of Poly(lactic acid): Interaction-Induced Conformational Transitions under High Lattice M... by Jingbo Wu (328587)

“…At a loading level of 0.5 wt %, 2ODPTA significantly increases the crystallization peak temperature to 121.5 °C, whereas as the hydroxyl substitution shifts from the ortho position to the para position, the temperature decreases to 108.2 and 105.8 °C, respectively. …”

The Influence of Nucleating Agent Positional Isomer Structure on the Nucleation Efficiency of Poly(lactic acid): Interaction-Induced Conformational Transitions under High Lattice M... by Jingbo Wu (328587)

“…At a loading level of 0.5 wt %, 2ODPTA significantly increases the crystallization peak temperature to 121.5 °C, whereas as the hydroxyl substitution shifts from the ortho position to the para position, the temperature decreases to 108.2 and 105.8 °C, respectively. …”

A-C: Post-operative lateral cervical radiograph acquired 7 years after cervical stabilization procedure at C3-4 and C4-5 (Horse #19). by Devon England (21262225)

RBM10 promotes transformation-associated processes in small cell lung cancer and is directly regulated by RBM5 by Julie J. Loiselle (4183750)

“…Interestingly, the earliest and most frequent genetic alteration associated with lung cancers involves a lesion in the region to which the RNA binding protein <i>RBM5</i> maps. We have recently shown that a decrease in <i>RBM5</i> expression may be a key step in SCLC development, as RBM5 regulated many transformation-associated processes in SCLC cells. …”