Sonnenschein Rachel N, Farias Jarrett J, Tenney Karen, Mooberry Susan L, Lobkovsky Emil, Clardy Jon, Crews Phillip
Department of Chemistry and Biochemistry and Institute of Marine Sciences, University of California, Santa Cruz, CA 95064, USA.
Org Lett. 2004 Mar 4;6(5):779-82. doi: 10.1021/ol036446c.
A reinvestigation of Auletta sp. yielded the novel compound milnamide C (3) plus the known compounds milnamide A (1), milnamide B (hemiasterlin) (2), jasplakinolide (5), and geodiamolides A (6), D (7), E (8), and G (9). The isolation work was guided by cytoskeletal bioactivity data. Compounds 2 and 3 were shown to cause microtubule depolymerization, and 6-9 were shown to cause microfilament disruption. This biological activity and the structural elucidation of 3, including X-ray analysis, are reported here. [structure: see text]
对Auletta sp.进行的重新研究得到了新型化合物米尔纳酰胺C(3)以及已知化合物米尔纳酰胺A(1)、米尔纳酰胺B(半枝菌素)(2)、茉莉素内酯(5)和地二酰胺A(6)、D(7)、E(8)和G(9)。分离工作以细胞骨架生物活性数据为指导。化合物2和3显示会导致微管解聚,化合物6 - 9显示会导致微丝破坏。本文报道了这种生物活性以及化合物3的结构解析,包括X射线分析。[结构:见原文]