We examined a series of different anilines to explore the functional group tolerance of the method (Scheme 3). The reaction tolerates a variety of substitution patterns on the aniline, with groups at the ortho (1bg and 1bh), meta (1bc, 1be and 1bf) or para (1bb and 1bd) position, with slightly lower yields in the former case, probably due to steric hindrance. Electron withdrawing groups (1bb, 1be, 1bf and 1bh) and electron donating groups (1bc, 1bd and 1bg) are well tolerated. Unfortunately, the method is not compatible with alkyl amines, presumably due to deactivation of the gold catalyst via amine coordination. A range of propargylic alcohols including primary (24ba), secondary (9ba and 17ba), tertiary (1ba and 13ba) and benzylic (9ba) propargylic alcohols can be transformed into the corresponding amino alcohols effectively.