Abstract
As a result of recent insights in the molecular structures and medicinal uses of the
tannins, this class of natural products has enjoyed renewed scientific interest. This
is reflected on the one hand in the enormously increased number of publications reporting
on the isolation, characterization and biological activity of the tannins, and on
the other hand in the steadily growing number of papers reporting tannin syntheses.
In this review the most recent advances in the total synthesis of ellagitannins are
discussed. In nature the ellagitannins occur usually only as the R - or only as the S -configured atropisomer, while the corresponding opposite atropisomers are seldom
found. The configuration of the h exah ydroxyd ip henoyl units (HHDP’s) found in ellagitannins is usually determined by the linkage
position of the HHDP’s with the polyol residues of the ellagitannins. Those ellagitannins
of which the HHDP’s are linked to the 2,3- or 4,6-positions of d -glucopyranose, have the S configuration; the corresponding 3,6-(HHDP)-ellagitannins are R- configured. Very few exceptions exist where both atropisomers are known. With one
atropisomer showing the ”normal" configuration, the other atropisomer is usually indicated
in the literature as ”unusual ellagitannin". This observed strict atropodiastereoselectivity
in the biosynthesis of normally configured and unusual ellagitannins has led to the
formulation of several hypotheses, which will be examined, in addition to the overview
of effective concepts and strategies for the synthesis of ellagitannins.
1 Introduction
2 Synthesis of Ellagitannins
2.1 Generating the Ellagitannin Biaryl Unit by the Coupling of two d -Glucopyranose-linked Galloyl Units
2.1.1 Feldman’s Approach to the Total Synthesis of Ellagitannins
2.1.1.1 Total Synthesis of Tellimagrandin I (16 )
2.1.1.2 Total Synthesis of Tellimagrandin II (2 )
2.1.1.3 Total Synthesis of Sanguiin H-5 (27 )
2.1.1.4 Total Synthesis of Pedunculagin (30 )
2.1.1.5 Total Synthesis of Coriariin A (37 )
2.1.2 Construction of Some Ellagitannin Systems According to O. R. Martin
2.1.3 Intramolecular Coupling Attempts by Kita
2.2 Generation of Ellagitannin Biaryl Units by Double Esterification of Hexahydroxydiphenic
Acid Derivatives with Suitably Protected Diol Derivatives of d- Glucopyranose
2.2.1 Synthesis of Trideca-O- methyl-α-pedunculagin (53 )
2.2.2 Synthesis of O- Permethyltellimagrandin I (58 ) and O -Permethyltellimagrandin II (66 )
2.2.2.1 Synthesis of O- Permethyltellimagrandin I (58 )
2.2.2.2 Synthesis of O -Permethyltellimagrandin II (66 )
2.2.3 Recent Approaches to Total Syntheses of Ellagitannins
2.2.3.1 Total Synthesis of Strictinin (74 )
2.2.3.2 Synthesis of the Protected Ellagitannin ”Undeca-O -benzyllagerstanninn C Methyl Ester" (82 ); Construction of thed- Gluconic Acid Unit as Special Structural Element of the Lagerstannins A-C
2.2.3.3 Total Syntheses of Gemin D (84 ) and Hippomanin A (85 ); Investigation of Phase-Transfer-Catalysed Monobenzylation Reactions
2.2.3.4 Total Syntheses of Praecoxin B (109 ) and Pterocarinin C (110 )
2.2.3.5 First Total Synthesis of 4,6-Di-O -galloyl-2,3-O -(R )-hexahydroxydiphenoyl-d -glucopyranose (117 ) and Galloyl 4,6-di-O -galloyl-2,3-O -(R )-hexahydroxydiphenoyl-β-d -glucopyranose (116 )
Key words
natural products - ellagitannins - atropisomerism - glycosides - stereoselective synthesis
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