广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
17期
6-8
,共3页
朱官花%于良民%张琦%张智嘉%李霞
硃官花%于良民%張琦%張智嘉%李霞
주관화%우량민%장기%장지가%리하
Fischer吲哚合成法%机理%应用
Fischer吲哚閤成法%機理%應用
Fischer신타합성법%궤리%응용
Fischer indole synthesis%machanism%application
吲哚及其衍生物因其特殊的生物活性而广受关注,其合成方法很多,Fischer法是合成该类化合物最经典和便捷的方法。综述了该法的合成机理,并详述了其在医药、发光材料、染料等方面的应用进展。
吲哚及其衍生物因其特殊的生物活性而廣受關註,其閤成方法很多,Fischer法是閤成該類化閤物最經典和便捷的方法。綜述瞭該法的閤成機理,併詳述瞭其在醫藥、髮光材料、染料等方麵的應用進展。
신타급기연생물인기특수적생물활성이엄수관주,기합성방법흔다,Fischer법시합성해류화합물최경전화편첩적방법。종술료해법적합성궤리,병상술료기재의약、발광재료、염료등방면적응용진전。
Indole and its derivatives were widely concerned because of their special biological activities. Though many synthesis methods were used, Fischer reaction was the most classic and convenient. The mechanism of this method was reviewed. Its applications in the fields of pharmaceuticals, luminescence materials, dye and pesticides were related.
