林江,周康荣,肝脏~(31)磷-磁共振波谱分析 norganic phosphate,Pi)、磷酸单酯(phosphomo-noester,PME)和磷酸双酯(phosphodiester,PDE)等能量代谢过程中的重要物质。肝脏是人体重要的能量代谢器官,肝脏或其他器官的疾病可以引起其代谢异常。这
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31PMRS研究发现构成质子波谱CHO信号的磷酸单脂（phosphodiester，PDE）增加，磷酸双脂（phosphomediester,PME）降低，提示膜磷脂合成减少，并且在有精神分...
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它可通过磷酸单脂（Phosphomonoesters，PME）、磷酸二脂（Phosphodiesters， PDE），无机磷（Inorganic phosphate，Pi）和三磷酸腺苷（Adenosine triph...
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Phosphodiester bond 磷酸二酯键
phosphodiester linkage 二酯键 ; 磷酸二酯键 ; 磷酸二脂键
phosphodiester bonds 磷酸二酯键
phosphodiester hydrolase 磷酸二酯水解酶
Phosphodiester bridges 磷酸双酯键
Phosphodiester Backbone 磷酸二酯链
phosphodiester provides 磷酸二酯键
At that time, it had only been demonstrated that RNA could cleave or ligate phosphodiester bonds.
当时只能证明rna可以切割和连接磷酸二酯键。
In recent years, a great progress has been made in chemical mimic for the hydrolytic cleavage of phosphodiester bond by using bioinorganic methods.
近年来，人类在研究磷酸二酯键水解断裂的化学模拟方面已经取得了很大进展。
The results showed that the entire DNA molecule was damaged by acetic acid including backbone phosphodiester groups, deoxyribose and base stacking.
证明了乙酸对DNA的损伤是整个分子，包括骨架磷酸基团、脱氧核糖及碱基。
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