作者:Anastasia-Aikaterini C. Varvogli、Konstantina C. Fylaktakidou、Theodora Farmaki、John G. Stefanakis、Alexandros E. Koumbis
DOI:10.1002/ejoc.201200726
日期:2012.10
The synthesis of a model 1-O-(ω-aminoacyl)-IP2 derivative, lauryl 4,5-bisphosphate 31, was realized following a versatile and high-yielding scheme. The flexible synthetic strategy used for this purpose allows the preparation of a range of other useful IP, IP2 and IP3 derivatives. In view of the central role played by IPs and PIPs in cellular life, the preparation of functionalized myo-inositol derivatives
模型 1-O-(ω-氨基酰基)-IP2 衍生物、月桂基 4,5-二磷酸酯 31 的合成是按照通用且高产的方案实现的。用于此目的的灵活合成策略允许制备一系列其他有用的 IP、IP2 和 IP3 衍生物。鉴于 IPs 和 PIPs 在细胞生命中发挥的核心作用,这种类型的功能化肌醇衍生物的制备可能有助于相关蛋白质的分离和荧光定位。