Article ID Journal Published Year Pages File Type
1403141 Journal of Molecular Structure 2013 7 Pages PDF
Abstract

Azalomycins F5a (1), F4a (2) and F3a (3) are three 36-membered polyhydroxyl macrolides with remarkable antifungal activity. By comparing the NMR spectral data of 1 and its degradation products with those of several universal NMR databases and identical fragments of known compounds, the relative configuration of 1 was assigned for the first time except that the stereochemistry of stereoclusters C6–C11 to C14–C36 was undefined. Moreover, the relative configurations of 2 and 3 were respectively established by comparing their NMR spectral data with those of 1.

► The relative configuration of azalomycin F5a was assigned except the stereochemistry of stereoclusters C6–C11 to C14–C36. ► This work was achieved by NMR method. ► The relative configurations of azalomycins F4a and F3a were respectively established. ► This work was achieved by comparing their NMR spectral data with those of azalomycin F5a.

Related Topics
Physical Sciences and Engineering Chemistry Organic Chemistry
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