盐地碱蓬

以盐地碱蓬油为原料制备生物柴油。

Suaeda salsa oil as raw materials was used to produce biodiesel .

以盐地碱蓬抗盐机制及其基因工程研究为重点对以上方面的成果进行了综述。

In this review , we mainly discussed the recent advances in salt-resistance mechanism of Suaeda salsa and its corresponding genetic engineering besides its therapeutic study .

盐地碱蓬胞质CAT超表达于拟南芥叶绿体中的功能分析在正常生长条件下，野生型和转s+CAT基因植株表型无差异。

Functional analysis of cytosolic CAT over-expressed in the chloroplast No difference was observed in growth between transgenic plants and wild type plants grown under the normal conditions .

本实验用不同浓度的NaCl处理盐地碱蓬愈伤组织，来研究盐地碱蓬在细胞水平上的耐盐情况。

S. salsa calli treated with different concentrations of NaCl were used to examine the roles of plasma membrane H ~ + - ATPase in salt tolerance at cellular level .

不同处理的实测渗透势（MOP）均小于COP，说明在这些条件下，还有其它的渗透剂参与盐地碱蓬幼苗的渗透调节。

The measured osmotic potential ( MOP ) from each treatment was always lower than the COP , which indicated that the other osmotic solutes were involved in the osmotic adjustment in S. salsa seedlings under these circumstances .

总之，从上述结果可以看出，盐地碱蓬在其种子萌发和小幼苗阶段具有较高的耐盐性。

In conclusion , S. salsa has high salt tolerance during seed germination .

综上所述，潮间带生境盐地碱蓬可能通过提高类囊体的垛叠程度来抵抗其在综合逆境下遭受的氧化胁迫。

In conclusion , S. salsa from intertidal zone may resist oxidative stress by maintaining their thylakoid stacking degree .

有报道盐地碱蓬提取物的甲酯化产物对急性炎症有明显的抑制作用，其幼苗的分离提取物也具有增强非特异性免疫功能作用。

Studies have shown that salsa methylated extract products on significantly inhibited acute inflammation , the separation of seedlings extract on the body also has enhanced the role of non-specific immune function .

盐地碱蓬是江苏沿海一线从苏鲁交界的绣针河口到长江口1000多公里的平原海岸淤滩上的优势物种。

And S. salsa is of Jiangsu coastal line , the junction of the embroidery needle from the mouth of Sulu to the Yangtze Delta Plain , 1 000 km of the coast to check the dominant species in sediment .

经盐锻炼之后，盐地碱蓬幼苗恢复生长的能力提高。

After being tempered by the salt , the ability of the seedling was improved .

生长在两种不同盐浓度环境中的盐地碱蓬，在叶外部形态及内部结构方面表现出显著的性状差异。

Pall is a typical salt store plant , which shows significant character difference in external morphology and internal structure of leaf in two different saline environments .