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. Author manuscript; available in PMC: 2012 Sep 19.
Published in final edited form as: Bioconjug Chem. 1999 Jul-Aug;10(4):667–677. doi: 10.1021/bc9900136

Table 2.

Characterization of Dihydropyridine Derivatives

no formula MS analysis yield (%)
5 C36H29NO4 539 (EI) HRMS 11
6 C36H29NO4 539 (EI) HRMS 40
7 C41H31NO4·0.5H2O 601 (EI) C, H, N 50
8a C32H29NO5 507 (EI) HRMS 15
8b C32H28N2O7 570 (CI, M+ + NH4) C, H, N 23
9 C31H27NO5 493 (EI) C, H, N 72
10 C31H27NO4S 509 (EI) C, H, N 22
11 C31H27NO3S2·1.0H2O 525 (EI) C, H, N 16
12 C36H39NO4SSi 609 (CI) HRMS 28
13 C31H26NFO6S·0.71EtOAc 559 (EI) C, H, N 78
14 C31H28N2O6S 556 (EI) HRMS(FAB) 49
15 C34H28NCl3O6 652 (CI) C, H, N 89
16 C34H33N3O5 564 (FAB) HRMS(FAB) 59
17 C32H27NO6 521 (EI) HRMS(FAB) 38
18 C44H47N5O7S 790 (CI) HRMS(FAB) 64
19 C31H26NFO6S 559 (EI) C, H, N 75
20 C31H28N2O6S 556 (EI) HRMS(FAB) 56
23 C32H27NO6·0.92H2O 521 (EI) C, H, N 51