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Redox-Induced Binding of [(tacn)(ReBr)-Br-II(CO)(2)](+) to Guanine, Oligonucleotides, and Peptides

机译:氧化还原诱导的[(tacn)(ReBr)-Br-II(CO)(2)](+)与鸟嘌呤,寡核苷酸和肽的结合

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摘要

Drug discovery and development based on purely organic molecules is a main focus of pharmaceutical research in industries and at universities. Motivated by the impact of cisplatin and its successors, metal-based drug research persists as an incentive and an innovative field with many facets.[1–3] A growing number of comprehensive reviews underscores the vivid research carried out with metals in medicine.[4–8] When designing metal-based drugs, not only structural aspects have to be taken into account.
机译:基于纯有机分子的药物发现和开发是工业和大学中药物研究的主要重点。受顺铂及其后续产品的影响,基于金属的药物研究一直是一个激励因素,也是一个具有许多方面的创新领域。[1-3]越来越多的综合综述强调了在医学中对金属进行的生动研究。[ [4-8]在设计金属基药物时,不仅必须考虑结构方面。

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