Abstract
A total synthesis of the novel antifungal substance myxothiazol 1 isolated from the myxobacterium Myxococcus fulvus is described. The synthesis is based on elaboration of the S-E,E-diene thioamide 1 5 and the 2 R S, 3 S R amide aldehyde 2 5 as key intermediates, followed by conversion of 1 5 into the bis-thiazole 1 9 and a final Wittig coupling reaction between 2 5 and the salt 2 0 c leading to 7 S,18 S R, 19 R S myxothiazol.
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