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Total synthesis of Roflamycoin (Part 1):
Reference: Rychnovsky, S. D.; Khire, U. R.; Yang, G. J. Am. Chem. Soc. 1997, 119, 2058. DOI (Part 2)
Keywords: Li/Sn → Li-Dithiane • Li-Dithiane+Alkyl-X • Alkyl-X+Li-R • Hydroboration Alkene • Pd/B-Alkyl+Vinyl-X • Suzuki coupling • Alkene cleavage • Diol-1,2 cleavage • O-H → O-SiMe2tBu • Alkene cleavage • Diol-1,2 cleavage • CarboxEster → Aldehyde • Aldehyde → Cyanohydrin • Diol-1,3 → Ketal • Diol-1,3 → Ketal • Diol-1,2 → Ketal • Ketal(thio) → Ketone • Petasis reagent • Ketone → C=CH2 • B-Allyl-Ipc+Aldehyde • Aldol-B-Ipc • Aldol-Si • Li-Ether+Epoxide • Epoxide+Li-R • Li-Dithiane+Epoxide •
Reagents: BuLi(n) • Me2C(OMe)2 • Camphor sulfonic acid • Hg(ClO4)2 • TiCp2Me2 • OsO4, NMO • Camphor sulfonic acid • Me2C(OMe)2 • BH-BBN • Pd(PPh3)4 • Hydroxide, sodium • OsO4, NMO • Periodate, sodium • Allyl-B(Ipc)2 • H2O2, NaOH • SiMe2tBu-OTf • OsO4, NMO • Periodate, sodium • Ketene acetal • AlHiBu2 • Cyanide, trimethylsilyl • Camphor sulfonic acid • Me2C(OMe)2 • Carbonate, calcium • Chiral catalyst • Chiral auxiliary-Boronate • BF3·OEt2

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