We proceeded to examine the generality and functional group compatibility of this protocol by initially examining the scope of the boronic acids using 1,3-enyne 6a with oxime carbonate 2a (Table ). In addition to the parent phenylboronic acid 3a, a series of aryl boronic acids with different functionalities, including halides (e.g., F, Cl, Br), phenyl, methyl, methoxy at the para-and meta-positions are all suitable substrates in the reaction. The corresponding cross-coupled products 7b-i were isolated in modest to good yields (64-84%) with high enantioselectivities (83-92% ee). The reaction of the benzofuran-substituted boronic acid was also suitable for the reaction, which gave product 7j in 84% yield with 90% ee. Notably, 1-methyl-1H-indol-5-boronic acid and quinoline-6-boronic acid that feature biologically important N-heterocycles have also proven to be suitable for the reaction, affording 7k and 7l with good enantioselectivities. The low yield of 7l was ascribed to its poor solubility in the reaction system.