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. Author manuscript; available in PMC: 2013 Jan 14.
Published in final edited form as: Chem Commun (Camb). 2011 Nov 24;48(4):609–611. doi: 10.1039/c1cc15880e

Table 2.

Pd-catalyzed carboetherification reactions of phenols bearing pendant alkenesa

Entry Substrate RBr Product Yieldb
1 graphic file with name nihms366656t7.jpg
7
graphic file with name nihms366656t8.jpg graphic file with name nihms366656t9.jpg
8
75%
2 7 graphic file with name nihms366656t10.jpg graphic file with name nihms366656t11.jpg
14
57%
3 7 graphic file with name nihms366656t12.jpg graphic file with name nihms366656t13.jpg
15
51%
4 graphic file with name nihms366656t14.jpg
9
graphic file with name nihms366656t15.jpg graphic file with name nihms366656t16.jpg
16
87%
5 9 graphic file with name nihms366656t17.jpg graphic file with name nihms366656t18.jpg
17
71%
6 9 graphic file with name nihms366656t19.jpg graphic file with name nihms366656t20.jpg
18
83%
7 9 graphic file with name nihms366656t21.jpg graphic file with name nihms366656t22.jpg
19
68%
8 graphic file with name nihms366656t23.jpg
10
graphic file with name nihms366656t24.jpg graphic file with name nihms366656t25.jpg
20
54%
9 10 graphic file with name nihms366656t26.jpg graphic file with name nihms366656t27.jpg
21
56%
10 graphic file with name nihms366656t28.jpg
11
graphic file with name nihms366656t29.jpg graphic file with name nihms366656t30.jpg
22
59%
>20:1 dr
11 graphic file with name nihms366656t31.jpg
12
graphic file with name nihms366656t32.jpg graphic file with name nihms366656t33.jpg
23
71%
>20:1 dr
12 12 graphic file with name nihms366656t34.jpg graphic file with name nihms366656t35.jpg
24
63%
>20:1 dr
13 graphic file with name nihms366656t36.jpg
13
graphic file with name nihms366656t37.jpg graphic file with name nihms366656t38.jpg
25
ca. 47%c
2:1 dr
14 graphic file with name nihms366656t39.jpg
5
graphic file with name nihms366656t40.jpg graphic file with name nihms366656t41.jpg
26
37%
a

Conditions: 1.0 equiv phenol substrate, 2.0 equiv R–Br, 2.0 equiv NaOtBu, 2 mol % Pd2(dba)3, 4 mol % S-Phos, toluene (0.25 M), 110 °C.

b

Isolated yield (average of two experiments).

c

The two inseparable stereoisomeric products were isolated in 63% yield and ca. 75% purity. The remaining 25% of the mixture was primarily composed of an unidentifed low molecular weight side product that appears to be derived from the phenol substrate.