Synthesis, Bioassay, and Molecular Field Topology Analysis of Diverse Vasodilatory Heterocycles
摘要:
A diverse training set composed of 76 in-house synthesized and 61 collected from the literature was subjected to molecular field topology analysis. This resulted in a high-quality quantitative structure-activity relationships model (R-2 = 0.932, Q(2) = 0.809) which was used for the topological functional core identification and prediction of vasodilatory activity of 19 novel pyridinecarbonitriles, which turned out to be active in experimental bioassay.
Synthesis, Bioassay, and Molecular Field Topology Analysis of Diverse Vasodilatory Heterocycles
摘要:
A diverse training set composed of 76 in-house synthesized and 61 collected from the literature was subjected to molecular field topology analysis. This resulted in a high-quality quantitative structure-activity relationships model (R-2 = 0.932, Q(2) = 0.809) which was used for the topological functional core identification and prediction of vasodilatory activity of 19 novel pyridinecarbonitriles, which turned out to be active in experimental bioassay.