Anode performance of Microbial Electrolysis Cells (MECs) fed with urine using different anodes, Keynol (phenolic-based), C-Tex (cellulose-based) and PAN (polyacrylonitrile-based) was compared under cell potential control (1st assay) and anode potential control (2nd assay).
However, most of the studies on high-throughput sequencing miRNAs have focused on miRNAs under non-stressed, normal growth conditions, and only a few studies have compared miRNAs under control conditions to those under conditions of abiotic stresses by high-throughput sequencing plant miRNAs [ 20, 43, 44].
The proportions of overnight blood glucose values <70, 70 180, and >180 mg/dL were also compared under OL and CL control.
The P2 receptor expression pattern was analyzed and compared under three conditions: normal gravity control (1 g), simulated microgravity (MG), and simulated microgravity with conditioned medium.
The effect of PGM2 overexpression on xylose utilization was also compared under anaerobic conditions with strains Control-PPP-XYL and PGM2-PPP-XYL.
In total, 621 genes were induced rapidly (≥1.5 fold change compared with control) under water deficit, 2,665 genes were induced rapidly under water deficit + ABA pretreatment, and 279 genes overlapped between water deficit and water deficit + ABA pretreatment.
In good agreement with our observations on migration, loss of HIF-1 α in AGS cells reduced directed invasion to 70% under normoxia and to 55% under hypoxic conditions when compared with control cells under normoxia.
In the OP samples, IGF2 was under-expressed compared to control samples (Fig. 4).
Hence, the combined effect of VitD3 and hypoxia stimulated leptin and DKK2 production 28- and 6.2-fold, respectively, compared to control under normoxia.
Akt phosphorylation tended to be lower, but not significant in AMPD1-deficient subcutaneous adipose tissue compared to control under normal chow condition or high fat diet feeding (upper middle panel, Figure 3).
