KLH-specific responses from lymph node T cells were suppressed at all KLH concentrations used, in an LF dose-dependent manner.
In 4 normoglycemic groups, rats received saline as control (group CON), low-dose fasudil (0.15 mg/kg; group LF), high-dose fasudil (0.5 mg/kg; group HF) or diazoxide (10 mg/kg; group DIA) by i.v. bolus just before reperfusion.
At the 100 µg dose, LF-HMA was less potent than all tested LF preparations except LF-G/MyX and LF-R/MyX.
In this study, we revealed that estradiol increased early proliferation of LF cells in a dose dependent manner.
In these results, it was noticed that the EAF (black) slags had an unfavorable effect on the lime-cement mortars with high cement contents, unlike those dosed with LF (white) slag and different compositions of lime and cement that significantly improved their fracture behavior in comparison with the other lime-cement mortars under study.
A 100 µg dose of LF-A, however, resulted in a TTD of 38 39 min in every rat.
At the 40 µg dose the LF-M/Myx was clearly the most potent construct, being the only preparation resulting in 100% lethality at this low dose.
According to our results, sub-MEK1 inhibitory doses of LF (15 pg/mL to 150 pg/mL) plus adequate PA (85 ng/mL) are sufficient to suppress the macrophage phagocytosis in vitro (Fig. 1C, 1D, 3K).
This conjugate vaccine contains 10 33 µg of TT per dose or 3 9 Lf (limit of flocculation).
Previous studies on PA-L1+LF identified only 45 μg PA-L1 and 15 μg LF as the maximal tolerated dose.
In a control experiment, lethal toxin at a comparable dose (100 μg LF, 100 μg PA) caused neither mortality nor hemorrhage, and in fact, produced no significant identifiable histopathological changes.
