3-吲哚醇作为一类重要的有机合成砌块，其转化反应一直是化学工作者的研究

As an important organic synthetic building block, 3-indole alcohol has always been a research hotspot for chemists in its transformation reaction. In the past ten years, people have mainly carried out research work on 3-indole methanol and chromanol. The choice of substrates is relatively narrow and the reaction mode is fixed. In order to further broaden the reaction types of 3-indole alcohol, construct indole-containing indole with structural diversity. Compounds, we will design and synthesize 3-indole alcohol substrates with different side chain lengths, and look for mild and simple catalytic reagents to create new reaction modes

As a kind of important organic synthetic block, the conversion reaction of 3-phenol has always been a hot research topic for chemical workers. In the past ten years, people mainly around 3-lymethanol, color alcohol research work, substrate selection is relatively narrow, reaction mode is fixed, in order to further broaden the reaction type of 3-sterol, the construction of structural diversity of compounds containing pyridine compounds, we will design the synthesis of different side chain length of 3-sterol base, looking for mild and simple catalytic reagents, to create a new reaction mode

As a kind of important organic synthesis block, the conversion reaction of 3-indole alcohol has been a research hotspot of chemists. In the past decade, people mainly focus on 3-indolealcohol and chromol. The choice of substrates is relatively narrow and the reaction mode is fixed. In order to further broaden the reaction types of 3-indolealcohol and construct indole containing compounds with diverse structures, we will design and synthesize 3-indolealcohol substrates with different side chain lengths, and look for mild and simple catalytic reagents to carry out new reaction modes The creation of<br>