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首页> 外文期刊>Current Medicinal Chemistry >Editorial [Hot Topic: Advances and Current Perspectives in Medicinal Inorganic Chemistry (Guest Editor: D. Gambino D. Gambino)]
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Editorial [Hot Topic: Advances and Current Perspectives in Medicinal Inorganic Chemistry (Guest Editor: D. Gambino D. Gambino)]

机译:社论[热门话题:药物无机化学的进展和当前观点(来宾编辑:D。Gambino D. Gambino)]

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摘要

Medicinal Inorganic Chemistry is an area of growing interest. Metal compounds have demonstrated their participation in biological processes and their significance in both therapeutic and diagnostic medicine. Bioactivity of many organic drugs is dependent on the presence of metal ions in the biological media. Moreover, coordination of pharmacologically interesting metal ions to suitable ligands constitutes a tool to modulate biological properties of these ions. In addition, the coordination of organic drugs to metal ions commonly improves the original activity, leading in many cases to synergistic or additive effects, or at least to improvement of bioavailability. Consequently, the development of novel metal-based drugs is a current area of research and development in Medicinal Chemistry. In addition, Medicinal Inorganic Chemistry is also involved in the development of noninvasive means of assessing physiology and morphology of tissues and organs, leading to useful information for the diagnosis of disease and the follow-up of its evolution. Besides, Inorganic Chemistry knowledge can be used to treat metal ion overload diseases through the development of suitable metal ion chelating agents or to supplement elements that playing an essential role in living organisms show anomalous deficient levels generating disease. Current research and perspectives on many of these aspects will be included in different contributions of this thematic issue.
机译:药用无机化学是人们日益关注的领域。金属化合物已证明其参与生物过程,并在治疗和诊断医学中均具有重要意义。许多有机药物的生物活性取决于生物介质中金属离子的存在。而且,药理学上有意义的金属离子与合适的配体的配位构成了调节这些离子的生物学特性的工具。此外,有机药物与金属离子的配位通常会改善原始活性,在许多情况下会产生协同或累加作用,或至少会提高生物利用度。因此,新型金属基药物的开发是药物化学的当前研究和开发领域。此外,药用无机化学还参与了评估组织和器官的生理学和形态学的非侵入性手段的开发,从而为诊断疾病及其进展提供了有用的信息。此外,无机化学知识可通过开发合适的金属离子螯合剂来治疗金属离子超负荷疾病,或补充在活生物体中显示异常不足水平并引起疾病的起重要作用的元素。当前关于这些方面的研究和观点将纳入本专题的不同贡献。

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  • 来源
    《Current Medicinal Chemistry》 |2010年第31期|p.3605-3605|共1页
  • 作者

    Dinorah Gambino;

  • 作者单位

    Catedra de Quimica Inorganica Departamento Estrella Campos Facultad de Quimica Universidad de la Republica Montevideo Uruguay.;

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  • 正文语种 eng
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