转运使

政府对解盐的管理经历了由解盐司到陕西运司再到河东陕西都转运盐使司的过程。

The government to the management of Jie salt experienced the process from Shaanxi Salt Transportation Department to Hedong Shaanxi Salt Transportation Department .

耐盐种通过地上部Na+的重新分配和再转运，使幼叶和成熟叶Na+含量更低。

Through shoot Na + re-distribution and re-transportation , Na + content became even less in young leaves and mature leaves of salt-tolerant species .

结论建立有效的区域转运，可使NICU资源得到充分利用，大大提高危重患儿的抢救成功率；

Conclusion Setting up an effective area transfer network made NICU utilized furthest , the survival rate raised .

FcRn可特异性的结合IgGFc片段，介导黏膜上皮细胞主动转运IgG，使机体获得抵御病原体的能力。

The neonatal Fc receptor ( FcRn ) can mediate mucosal polarized epithelial cells to transport IgG initiatively by binding specific IgG Fc fragments , thus allowing body to obtain the ability to resist pathogens .

液泡膜Na~+/H~+逆向转运蛋白可使Na~+区隔化进液泡，从而对细胞质内Na~+解毒和细胞渗透调节起作用，是盐生植物和耐盐甜土植物抵御盐胁迫所必需的。

Na ~ + / H ~ + antiporter in the large vacuole could separate Na ~ + to vacuolar , it has the function of cytoplasm Na ~ + detoxify and adjusting cell osmoregulation , and it is also necessary of halophytes and glycophytes salt-tolerance .

解偶联蛋白3是一种线粒体内膜上的转运蛋白，可以使氧化过程与ADP磷酸化过程解偶联。

Uncoupling protein 3 ( UCP3 ) was mitochondrial membrane transporters involved in themogenesis , which uncoupled the oxidation and phosphorylation of ADP on respiration chain .

结果，COPII功能受损导致内质网到高尔基体的蛋白转运受阻，从而使细胞外分泌蛋白大量积累在软骨细胞，肝脏细胞和肠道细胞的内质网中。

As a consequence , protein transport from ER to golgi apparatus was blocked , giving rise to the accumulation of secretory protein in the ER of chondrocytes , liver and intestinal cells .

同理，通过分析库存合作转运下上述参数对库存策略的影响，得到库存合作转运可使相应参数绩效更优的结论。最后对研究内容进行了总结与评价，并提出了进一步的研究方向。

Similarly , by analyzing the effects of related parameters on the inventory strategy under inventory cooperation transshipment , inventory cooperation transshipment could make the related parameters ' performance better . Finally , it concluded and evaluated the research , and proposed further research .