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New frontiers in biological halogenation [Review]

机译:生物卤化的新领域[综述]

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摘要

The synthesis of halogenated compounds in biological systems is well established, yet the mechanisms by which these compounds are formed are poorly understood. Many commercially important compounds, such as pharmaceuticals and agrochemicals, contain halogens; indeed some halogenated natural products, such as the antibiotic vancomycin, are themselves valuable. Furthermore, several environmentally significant organohalogens can be formed naturally, for example it is likely that a significant proportion of the atmospheric bromomethane is produced by higher plants (Gan et al. 1998).
机译:在生物系统中卤代化合物的合成已被很好地建立,但是对形成这些化合物的机理了解甚少。许多商业上重要的化合物,例如药物和农药,都含有卤素。实际上,某些卤化天然产物(例如抗生素万古霉素)本身很有价值。此外,可以自然形成几种对环境有重大影响的有机卤素,例如,大气中的溴甲烷中很大一部分可能是由高等植物产生的(Gan等,1998)。

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