Sequence analysis showed that more than 74% nucleotide sequence identified with some other high-affinity Pi transporter of plants.
序列分析表明与其它植物物种磷酸转运基因的同源性在74%以上。
Studies on the topology, function, regulation and spatial expression of the genes encoding a member of Pi transporter families have revealed their respective roles in plant Pi metabolism.
对植物磷转运子蛋白的拓扑结构、功能及其基因的调控和表达位点的研究，揭示了植物磷转运子各家族中各成员在磷代谢中的角色。
Studies on the topology, function, regulation and spatial expression of the genes encoding a member of Pi transporter families have revealed their respective roles in plant Pi metabolism.
对植物磷转运子蛋白的拓扑结构、功能及其基因的调控和表达位点的研究，揭示了植物磷转运子各家族中各成员在磷代谢中的角色。
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