their parent inositols. A one pot methodology that allows rapid access to both chiro- and allo-inositol derivatives has also been developed. Investigations on the glycosidase inhibitory properties of these novel azido- and amino-inositols unraveled the potentials of these classes of compounds as novel class of glycosidase inhibitors. Both d and l forms of these cyclitols could be synthesized from myo-inositol
为光学纯的和迄今未知的1-的合成有效的路线手性-和D-同种异体肌醇衍
生物,
叠氮基和1- aminocyclitols手性构型,diazido-和D-的diaminocyclitols同种异体从经济上可行的构型肌醇肌醇被描述。航线提供到合成灵活1,2-访问:4,5-二- ö异亚丙基手性肌醇和1,6-:3,4-二- ö异亚丙基同种异体肌醇,其否则难以直接合成从他们的父母肌醇。一锅法,可快速访问手性和异源-肌醇衍
生物也已开发。这些新型
叠氮基和
氨基肌醇对糖苷酶抑制特性的研究揭示了这类化合物作为新型糖苷酶
抑制剂的潜力。这些环多醇的两个d和L形式可以从合成肌醇肌醇在克秤,因此通过在顺式-和反式
缩酮,各种被保护的衍
生物,这是不自然phosphoinositols和的合成中有用的反应性的利用差
天然产物,可以合成。