AQP5 expression is decreased in lung of mice exposed to hypoxia. by Jitesh D. Kawedia (384551)

5-AZA decreases DNA methylation levels in neonatal hearts. by Maresha S. Gay (693467)

Oral UOX decreased SUA (A), BUN (B) and Cr (C) (mean ± SD, n = 10). by Yu Yun (4710340)

Inhibition of Rab5 Activity Decreases Fluid-Phase Uptake by Carsten Schnatwinkel (48)

Characterization of the optimized nanoparticles (These values are means of a minimum of 5 batches). by Anjuman Arora (750291)

Decreasing NR1 and NR2A gene expression in 5-, 14- and 21-day groups. by Chenxia Han (4020017)

ATG 5 down-regulation decreases human A53T ASYN-induced death in rat cortical neurons. by Maria Xilouri (264240)

APB5, but not APA5, decreases proliferating cell numbers in inter-alveolar spaces of lungs. by Masami Kishi (6167105)

Reduction of Tks5 expression in tumor cells is associated with decreased angiogenesis. by Barbara Blouw (715467)

Acute exercise decreased plasma insulin and glucose. by Mirian A. Kurauti (3146271)

Decreased biofilm formation in the Δ<i>tad123</i> mutant cells. by Tra-My Duong-Nu (7300970)

A DNA-PKcs-specific inhibitor decreases HBoV1 infection of HAE-ALI. by Xuefeng Deng (138723)

Modifying pregnenolone to decrease its lipophilicity results in decreased cellular uptake. by Jeffrey M. McManus (7512926)

Hypothesis that explains and predicts expansion of ages of KD due to decreased IgG levels. by Hiromi Yamaguchi (2396248)

Subjects:

Decreased proliferation in <i>AnxA2</i>kd and <i>AnxA5</i>kd cells. by Damian C. Genetos (325684)

Inhibition of ABCG2 decreases SP cells, but not sphere-forming ability. by Noriko Kawai (6694010)

MEK5 expression decreases ER signaling and confers endocrine resistance. by James W. Antoon (444010)

Cobalt decreases the expression of AQP5 expression in MLE-12 cells. by Jitesh D. Kawedia (384551)

Decreased autoantibody production in IRF5-deficient MRL/lpr mice. by Kei Yasuda (606333)

Increases in 1,5-anhydrosorbitol and decreases in ascorbic acid following RYGB. by David M. Mutch (37665)

“…B) For ascorbic acid, the ANOVA model did not detect group-specific changes over time (no group:time interaction), but indicated significant decreases from T0 to T6 in both groups. Overall, 1,5-anhydrosorbitol and ascorbic acid were significantly different at each time point between OB and OB/D subgroups (p<0.01, see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0007905#pone-0007905-t002" target="_blank"><b>TABLE 2</b></a>).…”