By John W. Blunt, Murray H. G. Munro
Pushed through the huge, but principally unexplored, strength of bioactive organisms within the ocean and enhancements in analytical ideas to facilitate their learn, common items scientists face an expanding want for single-source reference cataloging the present wisdom and state-of-the-science relating to marine traditional items.
Dictionary of Marine traditional items with CD-ROM offers a accomplished source for greater than 25,000 identified typical items drawn from marine organisms. Following an identical structure to the Chapman and corridor Chemical Database, this dictionary indexes each one product via chemical identify, CAS registry quantity, and compound style. Documenting all identified marine ordinary items, every one access comprises the organic resource, chemical constitution, actual homes, organic job, and literature references for every compound. An accompanying CD-ROM is totally textual content and structure-searchable and permits specified entry to this necessary source. The editors, John Blunt and Murray Munro, either pioneers within the box, additionally supply an introductory monograph that describes structural compound varieties and marine organisms.
Marine organisms supply a fragile, but abundant resource for an unlimited array of novel items whose designated structural positive aspects cause them to compatible drug applicants, insecticides, marine anti-fouling brokers, and extra. The
Dictionary of Marine normal items net model provides researchers a brand new instrument for constructing pharmaceutical and chemical functions of marine ordinary items.
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Extra resources for Dictionary of Marine Natural Products with CD-ROM
Progress in the Chemistry of Organic Natural Products, (eds. Herz, W. et al ), SpringerWien, New York, 1991, Vol. J. et al , Nat. Prod. S. et al, Comp. Biochem. , B: Comp. Biochem. Mol. J. et al, Recent Res. Dev. Org. M. et al , Mar. , Top. , (ed. ), Springer, Berlin, 2006, Vol. 5, 21 Á51 (rev ) xxxvi 3. CARBOHYDRATES (VE) This is an abbreviated account dealing only with aspects of carbohydrate chemistry relevant to marine natural products. g. chitin), their marine chemistry presents few aspects that have not already been documented among terrestrial organisms.
Phytochem. , Ann. Rev. Plant Physiol. Plant Mol. C. et al, Nat. Prod. , Nat. Prod. Rep. N. et al, Biochem. Soc. S. et al , J. , 2003, 28, 637 Á646 (non-mevalonate pathway ) Tomohisa, K. et al , Nat. Prod. , 2003, 20, 171Á183 (biosynth ) Eisenreich, W. et al, Cell. Mol. , 2004, 61, 1401 Á1426 (non-mevalonate pathway) Kashman, Y. et al , Phytochem. 1 Nomenclature The systems used for the nomenclature of terpenoids have evolved over a long period. For many terpenoid classes more than one name has been proposed for the carbon skeleton and in a large number of cases, including many recently discovered marine terpenoid skeletons, several numbering systems are in use.
Chem. H. et al , Nat. Prod. 1 Acyclic monoterpenoids (VS0100) In this section are grouped the regular linear monoterpenoids, that is those formed by a head to tail arrangement of the isoprene units. No semisystematic name has been ascribed to this carbon skeleton because the systematic 2,6-dimethyloctane naming is straightforward. The numbering system shown below is in line with that used with other acyclic terpenoids. 2 Irregular acyclic monoterpenoids (VS0150) Some acyclic monoterpenoids arise from other arrangements of the isoprene units.