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. 2023 Oct 6;13(41):29004–29022. doi: 10.1039/d3ra04720b

Relationship between the structure, bioactivity, metabolic stability, and cytochrome P450 (CYP) inhibition for the synthesized pyrrolidine-scaffold compounds.

graphic file with name d3ra04720b-u1.jpg
Code R % HBV DNA remaining CLint (μL per min per mg protein) % CYP inhibition at 10 μM
0.1 μM 1 μM
CU01 graphic file with name d3ra04720b-u2.jpg 59 14.4 NIa
CU02 graphic file with name d3ra04720b-u3.jpg 48 14.5 CYP2B6 (50%), CYP2C19 (53%)
CU03 graphic file with name d3ra04720b-u4.jpg 44 9.2 CYP2C9 (62%), CYP2C19 (63%), CYP2D6 (51%)
EC50 = 447 nM
CU04 graphic file with name d3ra04720b-u5.jpg 67 1.1 CYP2A6 (57%), CYP2C8 (55%), CYP2D6 (82%)
CU05 graphic file with name d3ra04720b-u6.jpg 47 2.9 CYP2B6 (65%), CYP2C9 (87%)
CU06 graphic file with name d3ra04720b-u7.jpg 28 4.6 CYP2B6 (81%), CYP2C9 (67%), CYP2D6 (89%), CYP3A4/5 (76%)
CU07 graphic file with name d3ra04720b-u8.jpg 77 6.2 NI
CU08 graphic file with name d3ra04720b-u9.jpg 43 0.5 CYP2B6 (61%), CYP2C9 (53%)
CU09 graphic file with name d3ra04720b-u10.jpg 76 31 5.7 NI
CU10 graphic file with name d3ra04720b-u11.jpg 91 39 7.1 CYP2C9 (90%)
CU11 graphic file with name d3ra04720b-u12.jpg 45 32 6.3 NI
EC50 = 35 nM
a

NI is no inhibition; values were less than 20%.