Genes encoding proteins involved in amino acid metabolism differentially expressed in liver of <i>Fmo5</i>^<i>-/-</i> mice compared with WT mice. by Ian R. Phillips (5074121)

Knockdown of AR expression decreases the efficiency of KSHV infection in endothelial cells. by Xing Wang (154377)

“…(g, h) Knockdown of AR and EphA2 expression decreases nuclear LANA expression in SLK cells, as determined by an immunofluorescence assay and quantitative analysis by Image J software. …”

Classification and regression tree: CYP3A5 phenotype discriminates between cases and tolerants (EM = normal metabolizers, IM and PM = decrease function, UM and UMH = increase function). by Luciana Kase Tanno (785410)

“…<p>Classification and regression tree: CYP3A5 phenotype discriminates between cases and tolerants (EM = normal metabolizers, IM and PM = decrease function, UM and UMH = increase function).…”

The increased <i>in vitro</i> phagocytic activity of resKCs and recMφs against FITC-<i>E</i>. <i>coli</i> and the decreased TNF-α production by LPS-stimulated liver MNCs following... by Takuya Ishikiriyama (6735674)

<i>Fkbp5</i> DNA methylation decreases with age in mice. by Jonathan J. Sabbagh (626366)

Data on 1pre-treatment1 and ¹post-treatment1 tracking1 tiles reflecting1decrease in rodent1 activity¹ as a result1 of 0.0051% brodifacoum^m mixed1 i... by Durr e Shahwar (17798007)

Developmental regulation of the decrease in adhesion. by Marco Tarantola (102609)

Excessive LF4A kinase activity shortens cilia and decreases IFT. by Yu-Yang Jiang (7036916)

Image_5_miR-144-5p and miR-451a Inhibit the Growth of Cholangiocarcinoma Cells Through Decreasing the Expression of ST8SIA4.tif by Wan Fu (3681799)

“…This study aimed to investigate the action mechanism of miR-144-5p and miR-451a in cholangiocarcinoma. We found that miR-144-5p and miR-451a were significantly decreased in cholangiocarcinoma patient samples compared to the adjacent normal bile duct samples. …”

The Dose–Response Decrease in Heart Rate Variability: Any Association with the Metabolites of Polycyclic Aromatic Hydrocarbons in Coke Oven Workers? by Xiaohai Li (136211)

“…After adjustment for potential confounders, elevation per interquartile range (IQR) (1.81 µg/mmol creatinine) of urinary 2-hydroxynaphthalene was associated with a 5.46% (95% CI, 2.50–8.32) decrease in standard deviation of NN intervals (SDNN). …”

Kinetic and equilibrium constants for binding of WT and mutant FVIII-C2 proteins to BO2C11. by Jasper C. Lin (685807)

“…^†These substitutions resulted in a k_d >4X that of WT-FVIII-C2 for BO2C11 or abrogated binding to BO2C11. …”

Effect of DE of <i>S. malaccense</i> and <i>S. samarangense</i> leaves on A) ATP, B) p-mTOR, C) beclin-1, and D) p-AMPK levels. by Fatma A. Moharram (9276104)

Subjects:

Effect of different doses of the defatted extract (DE) of the leaves of <i>S. malaccense</i> and <i>S. samarangense</i> on urea and creatinine levels. Data represented as mean±SEM... by Fatma A. Moharram (9276104)

Subjects:

Effect of DE of <i>S. malaccense</i> and <i>S. samarangense</i> leaves on histopathological examination of the kidney tissues. by Fatma A. Moharram (9276104)

Subjects:

Estimated total phenolic content (TPC), and total flavonoid content (TFC) in the defatted extract (DE) of <i>S. malaccense</i> and <i>S. samarangense</i> leaves. by Fatma A. Moharram (9276104)

Subjects:

Effect of DE of <i>S. malaccense</i> and <i>S. samarangense</i> on A) GSH, B) SOD, C) TNF-α, D) IL-1β, E) p-NF-κB, and F) Caspase-3 levels. by Fatma A. Moharram (9276104)

Subjects:

Effect of different doses (mg/Kg) of the defatted extract (DE) of the leaves of <i>S. malaccense</i> and <i>S. samarangense</i> on serum ALT and AST levels. Data represented as mea... by Fatma A. Moharram (9276104)

Subjects:

Accumulation of ClpB3 but not ClpC chaperones increases when DXS activity or MEP pathway flux decrease. by Pablo Pulido (2185855)

Down-regulation of VCAN or THBS2 decreased the cell proliferation in A549 cells. by Tzu-Yang Weng (2938080)

Hypoxia and Cobalt decrease AQP5 mRNA by down-regulating AQP5 transcription. by Jitesh D. Kawedia (384551)