Antibacterial neolignans from the leaves of Melaleuca bracteata
C Li, H Liu, L Zhao, W Zhang, S Qiu, X Yang, H Tan - Fitoterapia, 2017 - Elsevier
Phytochemical study on the leaves of Melaleuca bracteata resulted in the isolation of ten
compounds including three new neolignans, named melaleucins A–C (1–3). Among them,
melaleucin B shares a rarely occurring nor-neolignan skeleton, and both melaleucins B and
C bear a novel aldehyde moiety, which might also be response for the delicate fragrance of
M. bracteata. Their structures were extensively assigned by spectral data interpretation and
biomimetic total synthesis. Moreover, their biosynthetic pathway with oxidative radical …
compounds including three new neolignans, named melaleucins A–C (1–3). Among them,
melaleucin B shares a rarely occurring nor-neolignan skeleton, and both melaleucins B and
C bear a novel aldehyde moiety, which might also be response for the delicate fragrance of
M. bracteata. Their structures were extensively assigned by spectral data interpretation and
biomimetic total synthesis. Moreover, their biosynthetic pathway with oxidative radical …
Antibacterial neolignans from the leaves of Melaleuca bracteata.
LC Li Can, LHX Liu HongXin, ZLY Zhao LiYun… - 2017 - cabidigitallibrary.org
Phytochemical study on the leaves of Melaleuca bracteata resulted in the isolation of ten
compounds including three new neolignans, named melaleucins AC (1-3). Among them,
melaleucin B shares a rarely occurring nor-neolignan skeleton, and both melaleucins B and
C bear a novel aldehyde moiety, which might also be response for the delicate fragrance of
M. bracteata. Their structures were extensively assigned by spectral data interpretation and
biomimetic total synthesis. Moreover, their biosynthetic pathway with oxidative radical …
compounds including three new neolignans, named melaleucins AC (1-3). Among them,
melaleucin B shares a rarely occurring nor-neolignan skeleton, and both melaleucins B and
C bear a novel aldehyde moiety, which might also be response for the delicate fragrance of
M. bracteata. Their structures were extensively assigned by spectral data interpretation and
biomimetic total synthesis. Moreover, their biosynthetic pathway with oxidative radical …
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