Abstract
The enediyne antitumor antibiotics are appreciated for their novel molecular architecture, their remarkable biological activity and their fascinating mode of action and many have spawned considerable interest as anticancer agents in the pharmaceutical industry. Of equal importance to these astonishing properties, the enediynes also offer a distinct opportunity to study the unparalleled biosyntheses of their unique molecular scaffolds and what promises to be unprecedented modes of self-resistance to highly reactive natural products. Elucidation of these aspects should unveil novel mechanistic enzymology, and may provide access to the rational biosynthetic modification of enediyne structure for new drug leads, the construction of enediyne overproducing strains and eventually lead to an enediyne combinatorial biosynthesis program. This article strives to compile and present the critical research discoveries relevant to the clinically most promising enediyne, calicheamicin, from a historical perspective. Recent progress, particularly in the areas of biosynthesis, self-resistance, bio-engineering analogs and clinical studies are also highlighted.
Current Pharmaceutical Design
Title: Understanding and Exploiting Natures Chemical Arsenal: The Past,Present and Future of Calicheamicin Research
Volume: 6 Issue: 18
Author(s): Jon S. Thorson, Eric L. Sievers, Joachim Ahlert, Erica Shepard, Ross E. Whitwam, Kenolisa C. Onwueme and Mark Ruppen
Affiliation:
Abstract: The enediyne antitumor antibiotics are appreciated for their novel molecular architecture, their remarkable biological activity and their fascinating mode of action and many have spawned considerable interest as anticancer agents in the pharmaceutical industry. Of equal importance to these astonishing properties, the enediynes also offer a distinct opportunity to study the unparalleled biosyntheses of their unique molecular scaffolds and what promises to be unprecedented modes of self-resistance to highly reactive natural products. Elucidation of these aspects should unveil novel mechanistic enzymology, and may provide access to the rational biosynthetic modification of enediyne structure for new drug leads, the construction of enediyne overproducing strains and eventually lead to an enediyne combinatorial biosynthesis program. This article strives to compile and present the critical research discoveries relevant to the clinically most promising enediyne, calicheamicin, from a historical perspective. Recent progress, particularly in the areas of biosynthesis, self-resistance, bio-engineering analogs and clinical studies are also highlighted.
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Cite this article as:
Thorson S. Jon, Sievers L. Eric, Ahlert Joachim, Shepard Erica, Whitwam E. Ross, Onwueme C. Kenolisa and Ruppen Mark, Understanding and Exploiting Natures Chemical Arsenal: The Past,Present and Future of Calicheamicin Research, Current Pharmaceutical Design 2000; 6 (18) . https://dx.doi.org/10.2174/1381612003398564
DOI https://dx.doi.org/10.2174/1381612003398564 |
Print ISSN 1381-6128 |
Publisher Name Bentham Science Publisher |
Online ISSN 1873-4286 |
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