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The contributions in this Volume, the fourth in the series Bioorganic Marine Chemistry, encompass topics which are of current concern and highlight the on-going evolution in this area of research. The growing importance of long-chain polyethers with their remarkable biological properties could not be foreseen in 1981, when the first marine representative of this class of compounds, okadaic acid, was described. Since then, the Gulf to Mexico red tide agents, the brevetoxins, and a ciguatera-causing compound, ciguatoxin, among others, have been structurally defined. Uemura, who has been prominently involved in this research, provides an authoritative treatment of known polyethers of marine origin. Worldwide em phasis on the biological activity of natural products is also reflected in Higa's contribution, which focusses on the phenolic character of organic secondary metabolites from a broad spectrum of marine biota. In a field which heavily depends on interaction with biology we tend to emphasize a phyletic orientation and are apt to overlook the unifying character which the functional group imparts to organic chemistry. Higa's chapter is a timely reminder that we should not lose sight of fundamental organic chemical principles. Polyethers, discussed in Chapter 1, illustrate yet another facet of bioorganic marine chemistry. Okadaic acid, first isolated from two genera of sponges with habitats in two oceans, was subsequently recognized as a metabolite of a marine microalga, the dinoflagellate Prorocentrum lima.
List of contents
Contents: D. Uemura, Shizuoka, Japan: Bioactive Polyethers.- T. Higa, Okinawa, Japan: Bioactive Phenolics and Related Compounds.- N.M. Targett, Lewes/DE, USA; J.E. Ward, St. John's/NF, Canada: Bioactive Microalgal Metabolites: Mediation of Subtle Ecological Interactions in Phytophagous Suspension-Feeding Marine Invertebrates.- L.M. Rzepecki, J. H. Waite, Lewes/DE, USA: DOPA Proteins: Versatile Varnishes and Adhesives from Marine Fauna. Inhaltsübersicht: D. Uemura, Shizuoka, Japan: Biologisch aktive Polyether.- T. Higa, Okinawa, Japan: Biologisch aktive Phenole und abgeleitete Verbindungen.- N.M. Targett, Lewes/DE, USA, J.E. Ward, St. John's/NF, Canada: Biologisch aktive Metaboliten von Mikroalgen: Schwache ökologische Wechselwirkungen in Phytophagen-fressenden Invertebraten.- L.M. Rzepecki, J.H. Waite, Lewes/DE, USA: DOPA Proteine: Vielseitige Überzüge und Kleber aus Meeresfauna.
