1,2-Sulfanyl Group Migration as a Driving Force: New Approach to Pyrroles by Reaction of Allenic Aldehydes with Amines
摘要:
Acid-promoted reaction of sulfanyl group substituted allenic aldehyde with amine affords pyrrole derivatives in high yields. The neighboring group participation of the sulfanyl group is the driving force in this transformation.
Transition-Metal-Catalyzed Rearrangement of Allenyl Sulfides: A Route to Furan Derivatives
作者:Lingling Peng、Xiu Zhang、Ming Ma、Jianbo Wang
DOI:10.1002/anie.200604299
日期:2007.3.5
1,2-Sulfanyl Group Migration as a Driving Force: New Approach to Pyrroles by Reaction of Allenic Aldehydes with Amines
作者:Lingling Peng、Xiu Zhang、Jie Ma、Zhenzhen Zhong、Jianbo Wang
DOI:10.1021/ol070205d
日期:2007.4.1
Acid-promoted reaction of sulfanyl group substituted allenic aldehyde with amine affords pyrrole derivatives in high yields. The neighboring group participation of the sulfanyl group is the driving force in this transformation.