In this study, 152Tb was produced at significantly higher quantities (30 times more) than previously achieved.
However, under the experimental conditions, in the presence of hydrogen in the atmosphere, butyrate was produced at significantly higher levels than acetate (Figure 1d).
Polyadenylated H2B1D mRNA, however, was produced at significantly (P < 0.05) higher levels in myotubes compared to myoblasts.
Only IL-1β was produced at significantly higher amounts by chondrocytes from debrided cartilage from defects compared with healthy and OA chondrocytes (P <0.001; Table 3).
Our insulator vectors were produced at significantly lower titers compared to control vectors, and we show that this reduction in titer is due to a block during the transduction process that appears after reverse transcription but before integration of the viral DNA.
It was clearly shown that photoactive titania thin layers could be produced at low temperature, however, with activity significantly lower than observed for analogous sol gel layers finally treated thermally.
Specifically, 5α-reduced metabolites (5α-pregnanes, shown to stimulate cell proliferation and detachment) are produced at a significantly higher rate in tumorous tissue, indicating increased 5α-reductase (5αR) activity.
Our recent observations indicate that 5α-reduced metabolites (5α-pregnanes) are produced at a significantly higher rate in tumorous than in nontumorous human breast tissue, indicating increased 5αR activity in the carcinoma.
In sharp contrast, p53 was produced at low levels and was significantly induced by doxo in all five FHL2−/− cell lines (Fig. 3A), consistent with the presence of wt p53.
