Skip to main content
. Author manuscript; available in PMC: 2016 Jan 20.
Published in final edited form as: Org Lett. 2015 Apr 17;17(9):2166–2169. doi: 10.1021/acs.orglett.5b00766

Table 1.

Activity of Precatalyst 1 in Reactions Selected from the Literature

entry reactiona yield w/ precatalyst 1 literature precatalyst (literature yield)
1 graphic file with name nihms751349t1.jpg 98% yield (87% yield)b graphic file with name nihms751349t2.jpg

(96% yield) ref 14a
2 graphic file with name nihms751349t3.jpg 96% yield [(dppf)Ni(cinnamyl)Cl]

(91% yield) ref 9
3 graphic file with name nihms751349t4.jpg 43% yield Ni(cod)2
PPh3

(68% yield) ref 20
4 graphic file with name nihms751349t5.jpg 98% yield Ni(cod)2
PCy3

(93% yield) ref 21
5 graphic file with name nihms751349t6.jpg 80% yield Ni(cod)2
bathophen

(67% yield) ref 22
6c graphic file with name nihms751349t7.jpg 83% yield [(dppf)Ni(o-tolyl)Cl]

(85% yield) ref 11
7 graphic file with name nihms751349t8.jpg 79% yield Ni(cod)2
PCy3

(88% yield) ref 23
8 graphic file with name nihms751349t9.jpg 65% yield Ni(cod)2
SIPr

(95% yield) ref 24
9 graphic file with name nihms751349t10.jpg 86% yield Ni(cod)2
IPr

(98% yield) ref 25
a

The scale and concentrations were identical to the original report. See the Supporting Information for full details.

b

This reaction was also run on 4 mmol (~1 g) scale.

c

Entry 6 was run without K3PO4 as this was empirically found to result in higher yield.