“…/3-Ionone (379) has been converted expeditiously into the useful aldehyde (392).36s The epoxide (393), derived from (379), is converted into the optically active Baeyer-Villiger product (394) via a kinetic resolution mediated by 3-chloroperoxybenzoic acid as a solid-state complex with the tartrate-derived species (395).370 A synthesis of a-damascone (381) from acyclocitral (396) has been described. 371 Optically active aionone (382) has been converted into optically active adamascone (381) via the derived silane (397), and p-ionone (379) has similarly been converted into /3-damascone (398). 372 Both a-and /3-ionyl bromides give free radicals which have well-defined ESR…”
“…/3-Ionone (379) has been converted expeditiously into the useful aldehyde (392).36s The epoxide (393), derived from (379), is converted into the optically active Baeyer-Villiger product (394) via a kinetic resolution mediated by 3-chloroperoxybenzoic acid as a solid-state complex with the tartrate-derived species (395).370 A synthesis of a-damascone (381) from acyclocitral (396) has been described. 371 Optically active aionone (382) has been converted into optically active adamascone (381) via the derived silane (397), and p-ionone (379) has similarly been converted into /3-damascone (398). 372 Both a-and /3-ionyl bromides give free radicals which have well-defined ESR…”
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