A stereoselective route to bioactive nucleotide phosphonate analogs
摘要:
Recently we have reported a novel class of tetrahydrofuran phosplionates of which trans guanine nucleotide analog la showed potent antiviral activity as well as antitumor activity. In this paper we describe a stereoselective route where the key step involves an iodoetherification of a alpha-hydroxyphosphonate to generate the trans tetrahydrofuran with high stereoselectivity. The same intermediate 2 was also used to access the key intermediate for the cis analog 1b. (C) 2003 Elsevier Ltd. All rights reserved.
A stereoselective route to bioactive nucleotide phosphonate analogs
摘要:
Recently we have reported a novel class of tetrahydrofuran phosplionates of which trans guanine nucleotide analog la showed potent antiviral activity as well as antitumor activity. In this paper we describe a stereoselective route where the key step involves an iodoetherification of a alpha-hydroxyphosphonate to generate the trans tetrahydrofuran with high stereoselectivity. The same intermediate 2 was also used to access the key intermediate for the cis analog 1b. (C) 2003 Elsevier Ltd. All rights reserved.
Recently we have reported a novel class of tetrahydrofuran phosplionates of which trans guanine nucleotide analog la showed potent antiviral activity as well as antitumor activity. In this paper we describe a stereoselective route where the key step involves an iodoetherification of a alpha-hydroxyphosphonate to generate the trans tetrahydrofuran with high stereoselectivity. The same intermediate 2 was also used to access the key intermediate for the cis analog 1b. (C) 2003 Elsevier Ltd. All rights reserved.