Factors affecting the biology of <i>Pachycrepoideus vindemmiae</i> (Hymenoptera: Pteromalidae), a parasitoid of spotted-wing drosophila (<i>Drosophila suzukii</i>) by Cherre S. Bezerra Da Silva (7026926)

“…Based on survival and host-killing capacity, we conclude that <i>P</i>. <i>vindemmiae</i> has a tremendous biocontrol potential against SWD. …”

Prevalence and anatomic level of stenosis ≥ 50% in either limb. by O. Stivalet (6890189)

Surface tension versus time of the MHS solution (50 mM) and LNC dispersion containing 50 mM MHS as determined by drop tensiometry. by Celia R. A. Mouzouvi (4347937)

E₅₀ values of angle. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Curve fitting of E₅₀. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Fitting curves of E₅₀. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

E₅₀ values of size. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

E₅₀ fluctuation coefficient. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Fitting relationship of E₅₀. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

Fitting curve of E₅₀. by Junxia Zhou (14381598)

“…The research results indicate that: (1) As the rock bridge angle increases, the secant modulus gradually decreases, following a power function relationship. (2) As the rock size increases, the secant modulus shows a trend of first decreasing and then stabilizing, following a power function relationship. (3) As the rock bridge angle increases, the characteristic tangent modulus and characteristic size gradually decrease, following a power function relationship. …”

GNE-781, A Highly Advanced Potent and Selective Bromodomain Inhibitor of Cyclic Adenosine Monophosphate Response Element Binding Protein, Binding Protein (CBP) by F. Anthony Romero (2452198)

“…In pursuit of a more potent and selective CBP inhibitor, we used structure-based design. …”

Flow chart of the study procedures. by Kazuhiko Ikeuchi (9234268)

“…Pre-treatment spontaneous decrease of RPR titer was associated with a slower decrease in post-treatment RPR titer.…”

Image_1_Contribution of Connexin Hemichannels to the Decreases in Cell Viability Induced by Linoleic Acid in the Human Lens Epithelial Cells (HLE-B3).JPEG by Vania A. Figueroa (8332773)

Table_1_Contribution of Connexin Hemichannels to the Decreases in Cell Viability Induced by Linoleic Acid in the Human Lens Epithelial Cells (HLE-B3).DOCX by Vania A. Figueroa (8332773)

Table_1_Contribution of Connexin Hemichannels to the Decreases in Cell Viability Induced by Linoleic Acid in the Human Lens Epithelial Cells (HLE-B3).DOCX by Vania A. Figueroa (8332773)

Image_2_Contribution of Connexin Hemichannels to the Decreases in Cell Viability Induced by Linoleic Acid in the Human Lens Epithelial Cells (HLE-B3).TIF by Vania A. Figueroa (8332773)

Image_2_Contribution of Connexin Hemichannels to the Decreases in Cell Viability Induced by Linoleic Acid in the Human Lens Epithelial Cells (HLE-B3).TIF by Vania A. Figueroa (8332773)

Image_1_Contribution of Connexin Hemichannels to the Decreases in Cell Viability Induced by Linoleic Acid in the Human Lens Epithelial Cells (HLE-B3).JPEG by Vania A. Figueroa (8332773)

SDG decreases iron-induced apoptosis in H9c2 cells. by Stephanie Puukila (568109)

Hyperalgesia was assessed by a decrease in paw withdrawal threshold (PWT_50%) in a model of mild heat injury (MHI). by Manuel P. Pereira (417488)