Abstract
AbstractDurch Phosphorylierung von Nucleosiden (II) mit 8‐Chinolyldihydrogenphosphat (I), dessen Synthese beschrieben wird, in Gegenwart von Kupfer(II)‐chlorid in wasserfreiem Pyridin erhält man in 59 ‐ 76%iger Ausbeute die Nucleosid‐5′‐phosphate (III).
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