Research Article
Pleiotropic Properties of Amphiphilic Dihydropyridines, Dihydropyridones, and Aminovinylcarbonyl Compounds
Table 4
Oxidation potentials (
) of selected compounds.
| Group | Comp. | | | | | Cat+ | (V) |
| 1st | 1 | — | C2H5 | Ph | C2H5 | Py | 1.57 | | 10 | — | C12H25 | Ph | C12H25 | Py | 1.58 | 21 | — | C12H25 | Ph | C12H25 | Py-CF3-4 | 1.63 | 22 | — | C12H24CF3 | Ph | C12H24CF3 | Py | 1.57 | 23 | — | C12H25 | Ph | (CH2)4(CF2)7CF3 | Py | 1.70 | 24 | — | (CH2)4(CF2)7CF3 | Ph | (CH2)4(CF2)7CF3 | Py | 1.69 | 2nd | 29 | PhCH2 | CH3 | H | — | Py | 2.35 | 38 | H | (CH2)4(CF2)7CF3 | Ph | — | Py | 2.04 | 3rd | 42 | — | C16H33 | — | — | N-Me(CH2)2N(CH2)2Me | 1.49 | 44# | — | C16H33 | — | — | N-Me2C12H25 | 1.24 |
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Original compounds—bromide; #original compound—chloride. |