XH Liu, L Wang, BH Guan, M Kong, XQ Zhang, PZ Tao, HS Chen. SYNTHESIS AND ANTI-VIRAL ACTIVITY OF 9-(2-PHOSPHONYL-METHOXYETHYL) ADENINE AND ITS REGIOISOMER 3-(2-PHOSPHONYLMETHOXYETHYL) ADENINEJ. Acta Pharmaceutica Sinica, 1996, 31(2): 112-117.
Citation: XH Liu, L Wang, BH Guan, M Kong, XQ Zhang, PZ Tao, HS Chen. SYNTHESIS AND ANTI-VIRAL ACTIVITY OF 9-(2-PHOSPHONYL-METHOXYETHYL) ADENINE AND ITS REGIOISOMER 3-(2-PHOSPHONYLMETHOXYETHYL) ADENINEJ. Acta Pharmaceutica Sinica, 1996, 31(2): 112-117.

SYNTHESIS AND ANTI-VIRAL ACTIVITY OF 9-(2-PHOSPHONYL-METHOXYETHYL) ADENINE AND ITS REGIOISOMER 3-(2-PHOSPHONYLMETHOXYETHYL) ADENINE

  • Phosphonylmethoxyethyl)adenine (1),PMEA,an acyclic nucleotide withbroad-spectrum antiviral activity was synthesized with some modifications of Holy's procedure.Simutaneously,an N-3 regioisomer(2)of PMEA and a by-preduct, formaldehyde di-2-(9-adenyl)ethyl acetal(7)were seperated by silica gel chromatography in the ratio of 50:10:1.Compound(2)and(7) are new compounds that we have not yet found in literatures. The structure of them weredetermined with 1HNMR,2DNMR, MS and Spot test.Antiviral test showed that N-3 isomer(2)completely lost activity against both HIV-1 and HSV-1 in vitro. It seems that regiospecificity of theacyclic nucleotide structure is important for antiviral activity.
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