Biomolecules Linked to Transition Metal Complexes - New Chances for Chemotherapy
From the synthetic point of view the fast developing fields of medicine and biology offer new opportunities for the design of very effective drugs with high selectivity. Especially in the field of anticancer therapy many efforts have been made to deliver drugs to specific tissues. Sugar substituted porphyrin compounds, bile acid conjugates, and pH-sensitive immunoliposomes are only some examples. Although there are many different approaches to exploit biomolecules as shuttles only a start has been made. Since the targeting of a drug is a very complex process, a successful design of a new compound has to consider chemical as well as biological aspects and requires a multidisciplinary cooperation with physicians and biologists. Three interesting concepts are evaluated exemplarily: antibodies, molecules with binding affinity to hormone receptors, and bile acids. The main issues are: selection of the drug and the carrier, ways of linking the pharmacological active compound to the biomolecule, the optimal way of linking the drug to the spacer, and cytotoxicity, apoptosis, and drug resistance.
R. Paschke et al., "Biomolecules Linked to Transition Metal Complexes - New Chances for Chemotherapy," Current Medicinal Chemistry, Bentham Science Publishers, Oct 2003.
The definitive version is available at http://dx.doi.org/10.2174/0929867033456954
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Article - Journal
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