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. Author manuscript; available in PMC: 2011 Jan 27.
Published in final edited form as: Angew Chem Int Ed Engl. 2009;48(20):3648–3652. doi: 10.1002/anie.200900236

Table 3.

graphic file with name nihms176407u4.jpg
entry imine allylic alcohol yield (%)[a],[b] product
1 graphic file with name nihms176407t27.jpg
32
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20
53 graphic file with name nihms176407t29.jpg
33
2 graphic file with name nihms176407t30.jpg
34
graphic file with name nihms176407t31.jpg
35
52 graphic file with name nihms176407t32.jpg
36
3 graphic file with name nihms176407t33.jpg
1
graphic file with name nihms176407t34.jpg
37
55 graphic file with name nihms176407t35.jpg
38
4 graphic file with name nihms176407t36.jpg
39
graphic file with name nihms176407t37.jpg
4
67 graphic file with name nihms176407t38.jpg
40
5 graphic file with name nihms176407t39.jpg
41; R1, R2 = Me
4 79 graphic file with name nihms176407t40.jpg
42; R1, R2 = Me
6 43[c]; R1 = H, R2 = TMS 4 69 44; R1 = H, R2 = TMS
7 graphic file with name nihms176407t41.jpg
45
4 83 graphic file with name nihms176407t42.jpg
46
8 1 graphic file with name nihms176407t43.jpg
47
72 graphic file with name nihms176407t44.jpg
48
dr ≥ 20:1; (Z):(E) ≥ 20:1
[a]

Reaction conditions: See supporting information for details.

[b]

No evidence was found for the production of stereoisomeric products.

[c]

Compound 43 was used as a mixture of alkene isomers (E:Z = 4:1).