Syntheses of spirocyclic bis-1,2-dioxolanes, bis-1,2-dioxanes, and bis-1,2-dioxepanes are achieved through intramolecular ketalizations of hydroperoxy ketones or intramolecular alkylations of gern-dihydroperoxides. The spiroperoxides have excellent thermal and chemical stability, and several display promising activity against A falciparum.
Syntheses of spirocyclic bis-1,2-dioxolanes, bis-1,2-dioxanes, and bis-1,2-dioxepanes are achieved through intramolecular ketalizations of hydroperoxy ketones or intramolecular alkylations of gern-dihydroperoxides. The spiroperoxides have excellent thermal and chemical stability, and several display promising activity against A falciparum.
Syntheses of spirocyclic bis-1,2-dioxolanes, bis-1,2-dioxanes, and bis-1,2-dioxepanes are achieved through intramolecular ketalizations of hydroperoxy ketones or intramolecular alkylations of gern-dihydroperoxides. The spiroperoxides have excellent thermal and chemical stability, and several display promising activity against A falciparum.