生物无机化学绪论1 [兼容模式]

生物无机化学是近

学和生物学相互交叉渗透，发展起来的一门边缘学科。虽然生物学通常和有机化学联系在一起，但无机元素在生命过程中所起的作用同样重要。

Bioinorganic Chemistry is a leading discipline at the interface of inorganic chemistry and biology

The field at the interface between biochemistry

This field involves

principles of inorganic chemistry problems of biology and biochemistry. Molecule, Cell, and Humanity protein(enzymes), lipids, procaryocyte, eucaryocyte

or

(Nobel Prize in Medicine, 1909)

to contain nickel at its active site.

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》在美》）标志着生物无机化学作为独立的一门

IF = 3.663 IF = 3.32510

第12届国际应用生物无机化学学术研讨会（12th ISABC）在广州召开

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在为期4天的会议中，2004年诺贝尔化

学奖获得者Aaron Ciechanove教授、英

国沃里克大学Peter J. Sadler教授分

别作了做大会报告。

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（2）研究环境中的外来金属离子通过不同途径进入生命机体后的输运、分布、形态、代谢，以及他们是如何影

响并参与生命过程的。

Artificially introduced metals into the biological system as probe and drugs (medicinally).

but essential aspect of the discipline

investigation of inorganic

the toxicity of inorganic species,

in which such toxicities are overcome both by natural system and by human intervention,

metal transport and storage in biology

Topics

1. Metals in medicine –therapeutics and diagnostics

2. Metalloproteins

3. Metal interactions with DNA/RNA/nucleotides

4. Bioinspired coordination chemistry

5. Bioinspired catalysis

6. Metal trafficking (transport and regulation)

7. Electrontransfer and radicals

8. Metal-based environmental chemistry 9. Biomineralization

10. Bioinorganic clusters and nanoparticles 11. Metal sensors in biology

12. Biophysical and theoretical calculations on metal-clusters and –proteins 13. Bioinorganic prebiotic chemistry

The ICBIC 13 International Conference on

Biological Inorganic Chemistry Conference Topics

Medicinal Bioinorganic Chemistry

Catalysis, and Small Molecule Activation 29会议主题

1、无机物与生物大分子的相互作用；

2、无机药物化学及其作用机理；

3、金属蛋白与金属酶、细胞生物无机化学；

4、生物矿化与仿生无机材料；

5、纳米材料与生物效应；

6、金属和小分子探针；

7、稀土生物无机化学；

8、环境生物无机化学；

【会议重点】

（（（（（（（（（（The term metallome proteome as distribution of free metal ions in every one of cellular compartments. Subsequently, coined as the study of metallome. In 2005, metallomics defined as "comprehensive •The English-language informally biology ending in -omics, genomics, The related suffix address the objects of study of such fields, such metabolome IF 3.902

∙∙Molecular Biology Knowledge: Protein & Nucleic Acid

∙Principles of Coordination Chemistry Related to ∙∙Metalloenzyme ∙课程的内容

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