A novel, versatile D-BCD steroid construction strategy, illustrated by the total syntheses of estrone and desogestrel
Proposed are the total syntheses of the steroids desogestrel and estrone, utilizing a 1,4 addition/alkylation process to install the correct stereochemistry at C8, C13 and C14 in a single-pot operation. The racemic total synthesis of desogestrel includes a successful domino anionic cyclisation leadi...
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University of Southampton
2010
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ndltd-bl.uk-oai-ethos.bl.uk-5389932018-09-05T03:28:02ZA novel, versatile D-BCD steroid construction strategy, illustrated by the total syntheses of estrone and desogestrelFoucher, VincentLinclau, Bruno2010Proposed are the total syntheses of the steroids desogestrel and estrone, utilizing a 1,4 addition/alkylation process to install the correct stereochemistry at C8, C13 and C14 in a single-pot operation. The racemic total synthesis of desogestrel includes a successful domino anionic cyclisation leading to the formation of the steroid C and B rings in a single operation with complete stereocontrol at C9. The -keto phosphonates obtained were subsequently subjected to A-ring annelation via a multistep one-pot process. The enantioselective synthesis as well as the racemic total synthesis of estrone include a sequential C and B-ring formation through ring closing metathesis and intramolecular Heck reaction547.7QD ChemistryUniversity of Southamptonhttps://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.538993https://eprints.soton.ac.uk/191321/Electronic Thesis or Dissertation |
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547.7 QD Chemistry |
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547.7 QD Chemistry Foucher, Vincent A novel, versatile D-BCD steroid construction strategy, illustrated by the total syntheses of estrone and desogestrel |
description |
Proposed are the total syntheses of the steroids desogestrel and estrone, utilizing a 1,4 addition/alkylation process to install the correct stereochemistry at C8, C13 and C14 in a single-pot operation. The racemic total synthesis of desogestrel includes a successful domino anionic cyclisation leading to the formation of the steroid C and B rings in a single operation with complete stereocontrol at C9. The -keto phosphonates obtained were subsequently subjected to A-ring annelation via a multistep one-pot process. The enantioselective synthesis as well as the racemic total synthesis of estrone include a sequential C and B-ring formation through ring closing metathesis and intramolecular Heck reaction |
author2 |
Linclau, Bruno |
author_facet |
Linclau, Bruno Foucher, Vincent |
author |
Foucher, Vincent |
author_sort |
Foucher, Vincent |
title |
A novel, versatile D-BCD steroid construction strategy, illustrated by the total syntheses of estrone and desogestrel |
title_short |
A novel, versatile D-BCD steroid construction strategy, illustrated by the total syntheses of estrone and desogestrel |
title_full |
A novel, versatile D-BCD steroid construction strategy, illustrated by the total syntheses of estrone and desogestrel |
title_fullStr |
A novel, versatile D-BCD steroid construction strategy, illustrated by the total syntheses of estrone and desogestrel |
title_full_unstemmed |
A novel, versatile D-BCD steroid construction strategy, illustrated by the total syntheses of estrone and desogestrel |
title_sort |
novel, versatile d-bcd steroid construction strategy, illustrated by the total syntheses of estrone and desogestrel |
publisher |
University of Southampton |
publishDate |
2010 |
url |
https://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.538993 |
work_keys_str_mv |
AT fouchervincent anovelversatiledbcdsteroidconstructionstrategyillustratedbythetotalsynthesesofestroneanddesogestrel AT fouchervincent novelversatiledbcdsteroidconstructionstrategyillustratedbythetotalsynthesesofestroneanddesogestrel |
_version_ |
1718730029362315264 |