Pcaco values suggested that these lead compounds may result into good absorption of these compounds through intestine, which is must for good absorption of a drug through oral route.
A variety of hydrogen bonds (OH⋯N, NH⋯Cl/O, CH⋯N/OF/Cl) were observed in the compounds 1 and 2, through which a 3D supramolecular architecture is generated.
This cell line was selected as it can give an indication of p-glycoprotein-mediated efflux, a major pathway through which compounds are effluxed within the gut and at the blood brain barrier (BBB).
The great variety of coordination compounds is matched by the diversity of methods through which such compounds can be synthesized.
Along with studying the clinical efficacy of these natural compounds it is also important for us to understand the mechanisms through which these compounds exert their effect.
Research on the mechanism through which these compounds act to alter reproductive function indicates estrogenic activity, whereby the compounds may be altering sexual differentiation.
Research on the mechanism through which these compounds may be acting to alter reproductive function indicates estrogenic activity, by which the compounds may be altering sexual differentiation.
However, since yam is cultivated in a mixed cropping system and rotated with other crops in Ghana, there seems to be an important way through which these compounds could contaminate the yam.
The discrepancy in gene expression in these two models may be explained by the different mechanism through which these compounds act to induce hypothyroidism.
Although the mechanism through which the compounds activate β-catenin signaling has yet to be determined, several key regulators of Wnt/β-catenin signaling, including glycogen synthase kinase 3 and Frizzled receptors, were excluded as the molecular target.
The molecular target through which the compounds activate β-catenin signaling has yet to be determined, although several key regulators of β-catenin signaling, including GSK3 and Frizzled receptors, were excluded.
