The secondary metabolites of Fusarium solani 387

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from the South China Sea were studied. The structures of compounds were analyzed based on physical and chemical properties

and in comparison with the spectroscopic data with literatures published. Nine Fusarbin compounds were isolated from the mangrove endophytic fungus Fusarium solani 387

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from the South China Sea

and their structures were identified as 5 (〖WTBX〗R〖WTBZ〗)deoxyfusarubin〖STHZ〗（1）〖STBZ〗

5 (〖WTBX〗S〖WTBZ〗)deoxyfusarubin〖STHZ〗（2）〖STBZ〗

3methyl ether fusarubin〖STHZ〗(3)

Fusarubin(4)

〖STBZ〗 Anhydrofusarabin〖STHZ〗（5）〖STBZ〗

Anhydro5deoxyfusarubin〖STHZ〗（6）〖STBZ〗

2acetonyl3methyl7methoxynaphthazarin〖STHZ〗（7）〖STBZ〗

Javanicin〖STHZ〗（8）〖STBZ〗 and 2acetonyl3methyl5 hydrogen7methoxynaphthazarin〖STHZ〗（9）〖STBZ〗. The absolute configurations as well as the existing form of compound 〖STHZ〗1 and 2〖STBZ〗 were determined by the Xray crystallography for the first time.