Isolation of the major components from the bark of mature Cryptocarya
liebertiana shows that ocobullenone and its precursor (both previously
isolated from Ocotea bullata) are present in detectable concentration
s in this source. These particular compounds are absent in other South
African Cryptocarya species. The result is significant since Cryptoca
rya bark is currently being utilized by traditional healers as an alte
rnative to O. bullata bark. Copyright (C) 1997 Elsevier Science Ltd