RQ₁₀ and Q₁₀ production (pmol/mg wet pellet) in <i>R</i>. <i>rubrum</i> mutant strains from LC-MS analysis. by Amanda R. M. Campbell (6719102)

“…<p>A. Anaerobic growth conditions with RQ₁₀ production designated with dark grey bars and Q₁₀ with light grey bars. …”

Comparison of a 12-month post-surgical follow up to the baseline data. by Orna Avlas (446424)

The decrease or inhibition of Hsp90 induced REST degradation. by Raúl Orozco-Díaz (7067624)

“…<p>(A) Effect of Hsp90α ASO on cell viability. Differentiated SH-SY5Y cells were transfected with different concentrations of Hsp90α ASO. …”

Macrophage-secreted factors decrease RBP4 production. by Primoz Kotnik (382835)

The ratios of SAP to DNA decrease in SLE murine model. by Weijuan Zhang (347468)

Differential levels of epigenetic regulators with TP treatment. by Ellane R. Cleys (692077)

“…<p>Analysis of relative mRNA levels for genes regulating histone and DNA methylation and imprinting in ovine placentome tissue from real time PCR. <i>KDM4C</i> was decreased in type A placentomes from TP treated ewes compared to controls. …”

miR-24 levels decrease with replicative senescence. by Ashish Lal (43926)

EsA protected against GalN/LPS-induced histopathological damage and hepatic dysfunction. by Fang Zhang (197215)

“…Levels of AST and ALT increased obviously after GalN/LPS challenge, and which were significantly decreased with EsA treatment (n = 6 C). The values presented are the means ± standard error of the mean. …”

Summary of WetA functions and a model for WetA-mediated developmental regulation in <i>A</i>. <i>flavus</i>. by Ming-Yueh Wu (630764)

“…In this model, those genes with increased and decreased mRNA levels in the Δ<i>wetA</i> conidia are labeled in yellow (WetA-inhibited) and blue (WetA-activated), respectively. …”

Kinases and Phosphatases that decrease the ratio of p-syn/t-syn. by Adrienne Henderson-Smith (478169)

Expression levels of genes involved in glycolysis upon treatment with 10058-F4. by Muhammad Mushtaq (788834)

“…<p>Expression levels of a set of genes (<i>GLUTI</i>, <i>HK</i>, <i>LDHA</i>, <i>MCT4</i>, <i>PDK1</i>, <i>PGK1</i>, and <i>PKM2</i>) were assessed by Q-PCR after the treatment of cells with 100 μM of 10058-F4 for 4 h. …”

EsA protected against CCl₄-induced histopathological damage and hepatic dysfunction. by Fang Zhang (197215)

“…However, AST and ALT levels did not markedly increase in mice treated with EsA alone, and AST and ALT levels were significantly decreased with EsA treatment. …”

Reduced muscle performance gain and hypertrophy and decrease in contractile by Pierre Joanne (171616)

Stx2 and SubAB decrease HGEC viability. by María M. Amaral (439445)

Different Mechanisms of Regulation of the Warburg Effect in Lymphoblastoid and Burkitt Lymphoma Cells by Muhammad Mushtaq (788834)

“…Inhibition of the transactivation ability of MYC had no influence on aerobic glycolysis in LCLs, but it led to decreased expression of MYC-dependent genes and lactate dehydrogenase A (LDHA) activity in BL cells.…”

RNA-seq analyses of conidia. by Ming-Yueh Wu (630764)

“…The yellow bars represent genes whose mRNA levels increased in the Δ<i>wetA</i> conidia, whereas the blue bars represent those genes whose mRNA levels decreased in the Δ<i>wetA</i> conidia. …”

Discovery of SLC3A2 Cell Membrane Protein as a Potential Gastric Cancer Biomarker: Implications in Molecular Imaging by Yixuan Yang (510257)

“…Immunofluorescence and immunohistochemistry both confirmed the plasma membrane localization of SLC3A2 in gastric cancer cells. The data supported the notion that SLC3A2 is a potential biomarker that could be exploited for molecular imaging-based detection of gastric cancer.…”

Discovery of SLC3A2 Cell Membrane Protein as a Potential Gastric Cancer Biomarker: Implications in Molecular Imaging by Yixuan Yang (510257)

“…Immunofluorescence and immunohistochemistry both confirmed the plasma membrane localization of SLC3A2 in gastric cancer cells. The data supported the notion that SLC3A2 is a potential biomarker that could be exploited for molecular imaging-based detection of gastric cancer.…”

Discovery of SLC3A2 Cell Membrane Protein as a Potential Gastric Cancer Biomarker: Implications in Molecular Imaging by Yixuan Yang (510257)

“…Immunofluorescence and immunohistochemistry both confirmed the plasma membrane localization of SLC3A2 in gastric cancer cells. The data supported the notion that SLC3A2 is a potential biomarker that could be exploited for molecular imaging-based detection of gastric cancer.…”

Discovery of SLC3A2 Cell Membrane Protein as a Potential Gastric Cancer Biomarker: Implications in Molecular Imaging by Yixuan Yang (510257)

“…Immunofluorescence and immunohistochemistry both confirmed the plasma membrane localization of SLC3A2 in gastric cancer cells. The data supported the notion that SLC3A2 is a potential biomarker that could be exploited for molecular imaging-based detection of gastric cancer.…”