What question did this study set out to answer?

April 20, 2026

Synthesis of Leustroducsin B and the Intermediate of Phoslactomycin B

YKYuichi KobayashiTokyo Institute of Technology MNMohammad NuruzzamanTokyo Institute of Technology HNHisato NonakaTokyo Institute of Technology

Puntos clave

The aim is to synthesize leustroducsin B and the intermediate of phoslactomycin B using efficient methods.
Esterification of side chain acid with cyclohexanol containing the C(1)–C(15) enyne
Zinc reduction of the enyne to form Z,Z-diene
Introduction of a nitrogen group as N(CO2CH2CH=CH2)2
Introduction of a phosphate group as P=O(OCH2CH=CH2)2
Removal of allylic and silyl groups using HCO2H/t-BuNH2/Pd catalyst.
Leustroducsin B was synthesized successfully through the described methods.
The intermediate of phoslactomycin B was produced in a higher yield than previous syntheses.
Fewer steps were required compared to previous synthesis methods.

Resumen

Synthesis of leustroducsin (LSN) B was achieved through the esterification of the side chain acid with the cyclohexanol possessing the C(1)–C(15) enyne, Zn reduction of the resulting enyne unit to the Z,Z-diene, introductions of a nitrogen group as N(CO2CH2CH=CH2)2 and a phosphate group as P=O(OCH2CH=CH2)2, and removal of the allylic and silyl groups with HCO2H/t-BuNH2/Pd cat. The PLM B intermediate was also synthesized in a higher yield over fewer steps than that in the previous synthesis.

Preguntar a la IA

Me gusta

Guardar

Ver artículo completo