Pi-deficiency 脾虚模型
sensitive to Pi deficiency 低磷敏感
animal model of pi deficiency 脾虚动物模型
pi-qi deficiency syndrome 脾气虚证
pi wei qi deficiency 脾胃气虚
Under Pi deficiency, the high-affinity transport system is considered tobe the major mechanism for Pi uptake by roots.
磷缺乏时，高亲和力转运系统是植物根中吸收磷的主要机制。
Conclusion: The lower CaM activity is an important pathological expression in Pi deficiency rats, and Huangqi injection can significantly regulate this pathological change.
结论：脾虚大鼠壁细胞钙调素活性明显下降，黄芪注射液对壁细胞内钙调素活性这一病理变化有明显调整作用。
ConclusionThe genesis of Pi-Qi deficiency syndrome has its immune associated genomic basis, and the immune functions are disordered in patients with that syndrome.
结论脾气虚证发生有免疫相关基因组学基础，脾虚时机体免疫功能紊乱。
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