作者:Spyros P. Nikas、Marsha D'Souza、Alexandros Makriyannis
DOI:10.1016/j.tet.2012.05.010
日期:2012.8
the bis-allylic carbons of the arachidonoyl skeleton. Toward this end, we recently disclosed the synthesis and preliminary biological data for the (13S)-methyl-anandamide. We report now the total synthesis of the (10S)- and (10R)-methyl-counterparts. Our synthetic approach is stereospecific, efficient, and provides the analogs without the need for resolution. Peptide coupling, P-2 nickel partial hydrogenation
为了开发对水解和氧化代谢具有潜在抵抗力的新型内源性大麻素模板,我们的目标是花生四烯酸骨架的双烯丙基碳。为此,我们最近公开了 (13 S )-甲基-anandamide的合成和初步生物学数据。我们现在报告了 (10 S )- 和 (10 R )-甲基对应物的全合成。我们的合成方法是立体定向的、高效的,并且无需解析即可提供类似物。肽偶联、P-2 镍部分氢化和顺式选择性 Wittig 烯化是关键步骤。