具有生物活性的N-(1-二茂铁亚乙基氨基)-N'-β-D-吡喃糖基硫脲的合成与表征

Several novel N′-（1-ferrocenylethylidene）amino]-N′-β-D-glycopyranosylthioureas have been efficiently synthesized via a six-step procedure, utilizing three monosaccharides （D-glucose, D-galactose and D-xylose） as starting materials, respectively. They have been preliminarily determined to display biological activity against certain fungi. The target compounds have been unambiguously characterized by spectroscopic method and elemental analysis. An initially alternative synthetic route, which was seemingly reasonable, has been excluded due to its inefficiency.

Facile Synthesis and Characterization of Bioactive N‐[(1‐Ferrocenylethylidene)amino]‐ N′ ‐β‐D‐glycopyranosylthiourea

Several novel N‐(1‐ferrocenylethylidene)amino]‐N^′ ‐β‐D‐glycopyranosylthioureas have been efficiently synthesized via a six‐step procedure, utilizing three monosaccharides (D‐glucose, D‐galactose and D‐xylose) as starting materials, respectively. They have been preliminarily determined to display biological activity against certain fungi. The target compounds have been unambiguously characterized by spectroscopic method and elemental analysis. An initially alternative synthetic route, which was seemingly reasonable, has been excluded due to its inefficiency.