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NMT介绍
旭月简报
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Title
Hits
Tree Physiol:红树根系径向泌氧与铵硝吸收的相关性丨NMT植物营养创新科研平台
803
浙江农林柳参奎:AtVHA-d2通过调节质子流从而调控植物应对氧化应激丨NMT氧化胁迫创新科研平台
697
PPB:解淀粉芽孢杆菌促植物耐碱机制:根部H+-ATPase活性高泌酸强丨NMT互作创新科研平台
647
Mycorrhiza:丛枝菌根真菌与大豆根瘤菌协同促质子分泌 | NMT创新平台成果回顾
719
Tree Physiol:红树根系径向泌氧与铵硝吸收的相关性丨NMT植物营养创新科研平台
841
《钙信号文献专辑》之极性生长研究 | 非损伤微测技术
662
干细胞治疗的困境如何解决 | 底层技术NMT
600
糖尿病的活体组织水平研究手段 | 底层核心技术
585
NMT在新冠肺炎肝损伤治疗NMT科研平台的应用 | 底层核心技术
653
利用NMT筛选抗新冠肺炎药物的研究方案 | 底层核心技术
530
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