LV function and geometry: Exercise cohort. by Stephanie L. Samani (17896610)

“…Additionally, miR-22 and miR-30e decreased with exercise and mapped to a localized inflammatory process, the inflammasome (NLRP-3, whereby a 2-fold decrease in NLRP-3 mRNA occurred with exercise (p < 0.05).…”

S1 Graphical abstract - by Stephanie L. Samani (17896610)

“…Additionally, miR-22 and miR-30e decreased with exercise and mapped to a localized inflammatory process, the inflammasome (NLRP-3, whereby a 2-fold decrease in NLRP-3 mRNA occurred with exercise (p < 0.05).…”

Data_Sheet_1_Herpes Simplex Virus 1 UL2 Inhibits the TNF-α–Mediated NF-κB Activity by Interacting With p65/p50.pdf by Mingsheng Cai (286548)

“…<p>Herpes simplex virus 1 (HSV-1) is a large double-stranded DNA virus that encodes at least 80 viral proteins, many of which are involved in the virus–host interaction and are beneficial to the viral survival and reproduction. …”

Pyrazole-Infused Metal Complexes: Anticancer Activity, DNA Cleavage, and Biophysical Insights into DNA/BSA Interactions by Tankadhar Behera (22267115)

“…The cytotoxicities of dmp and its complexes were investigated using the MTT assay, with the evaluation of their IC₅₀ values for the MCF-7 and MDA-MB-231 breast cancer cell lines, as well as a normal epithelial HEK-293 cell line. …”

Islet2a morphant, but not mutant, larvae have a reduced number of dSMNs. by Rosa L. Moreno (5434796)

“…(C) Injection of the T-MO led to a decrease in the number of zn8⁺ neurons that coexpressed gfp. …”

Correlation between myocardial miR levels and stiffness indices. by Stephanie L. Samani (17896610)

miRs with association to LV stiffness indices and functional domain. by Stephanie L. Samani (17896610)

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)

Dietary Mechanism behind the Costs Associated with Resistance to <i>Bacillus thuringiensis</i> in the Cabbage Looper, <i>Trichoplusia ni</i> by Ikkei Shikano (511926)

“…Although increasing levels of dietary protein prior to <i>Bt</i> challenge had a positive effect on larval survival, the LC₅₀ of the resistant strain decreased when fed high levels of excess protein, whereas the LC₅₀ of the susceptible strain continued to rise. …”

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

Constructing Asymmetrical Ni-Centered {NiN₂O₄} Octahedra in Layered Metal–Organic Structures for Near-Room-Temperature Single-Phase Magnetoelectricity by Kaihui Mao (9110845)

“…The change in ME polarization with increasing applied magnetic field μ₀<i>H</i> from 0 to 2 T decreases linearly from 0.041 to 0.011 μC/cm² at the strongest ME coupling temperature of 251 K. …”

Constructing Asymmetrical Ni-Centered {NiN₂O₄} Octahedra in Layered Metal–Organic Structures for Near-Room-Temperature Single-Phase Magnetoelectricity by Kaihui Mao (9110845)

“…The change in ME polarization with increasing applied magnetic field μ₀<i>H</i> from 0 to 2 T decreases linearly from 0.041 to 0.011 μC/cm² at the strongest ME coupling temperature of 251 K. …”

Constructing Asymmetrical Ni-Centered {NiN₂O₄} Octahedra in Layered Metal–Organic Structures for Near-Room-Temperature Single-Phase Magnetoelectricity by Kaihui Mao (9110845)

“…The change in ME polarization with increasing applied magnetic field μ₀<i>H</i> from 0 to 2 T decreases linearly from 0.041 to 0.011 μC/cm² at the strongest ME coupling temperature of 251 K. …”

Constructing Asymmetrical Ni-Centered {NiN₂O₄} Octahedra in Layered Metal–Organic Structures for Near-Room-Temperature Single-Phase Magnetoelectricity by Kaihui Mao (9110845)

“…The change in ME polarization with increasing applied magnetic field μ₀<i>H</i> from 0 to 2 T decreases linearly from 0.041 to 0.011 μC/cm² at the strongest ME coupling temperature of 251 K. …”

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)

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

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.…”