Enantiopure (-)-5-oxoborneol was obtained in 35% overall yield in two steps, starting from readily available (-)-bornyl acetate and using oxone (R) as a safe and inexpensive oxidant. The reported procedure avoids the use of large excess of noxious chromium(VI), which was required by the so far reported syntheses.

A chromium-free synthesis of enantiopure 5-oxoborneol

Tartaggia Stefano;
2011

Abstract

Enantiopure (-)-5-oxoborneol was obtained in 35% overall yield in two steps, starting from readily available (-)-bornyl acetate and using oxone (R) as a safe and inexpensive oxidant. The reported procedure avoids the use of large excess of noxious chromium(VI), which was required by the so far reported syntheses.
2011
Borneol
Camphor
Catalysis
Oxidation
Oxone (R)
Ruthenium
Terpene
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/462711
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