Figures 2(a) and 2(b) show that a significant cytotoxic effect of moscatilin was appeared at the concentration of 5 μM at 24 h, with approximately 70% of cells remaining viable, while the concentrations of such a substance less than 1 μM show nontoxic effect in both dose and time studies.
Our goal was to evaluate both the drug effective dose and its effect on locomotor behaviour and muscular properties.
In addition, almost all NMJs were fully innervated at both doses, and we did not observe any effects of the presynaptic change, such as denervation atrophy, on postsynaptic LC muscle at PS70 in mice injected with 25 µg ASO (Fig 4D and E).
We adjusted biomarkers of both dose (U-Cd) and effect (U-NAG, U-RBP, and U-A1M) for urinary creatinine to account for differences in urine concentration.
Interestingly, PGE2 was found to have a biphasic influence on the development of acid-reflux esophageal lesions; a protective effect at lower doses; and a deleterious effect at a high dose, and both effects were mediated by the activation of EP1 receptors [ 16].
An MSM very similar to the one described in equation (1) was tested on simulated data mimicking flexible dose trials for various realistic scenarios (including some probabilities close to 0 to model abrupt changes of dose between 2 visit intervals), involving both positive dose effect and no dose effect in presence of time-dependent confounding.
Strikingly, these patterns capture both dose effects in the mouse experiment and strain differences in the macaque experiment.
It is noteworthy that both dose- and time-dependent cytotoxic effects were more significant when RSC96 Schwann cells were treated with ZnO microspheres.
Results from the present study address some of the fundamental issues regarding both the actual target and radiation dose effect and can contribute to our current understanding in radiation risk assessment.
Both plants exhibited dose and time dependent anthelmintic effects on live worms as well as egg hatching.
