| 1. | Cdna cloning and gene expression of apx in suaeda salsa in response to salt stress
基因的克隆及盐胁迫下的表达 |
| 2. | Research on the process conditions extracting total flavonoids from suaeda salsa
盐地碱蓬总黄酮的提取工艺条件研究 |
| 3. | Extraction of suaeda salsa oil by low intensity and multifrequency ultrasound technology
低强度多频超声浸取碱蓬籽油 |
| 4. | Under nacl stress , the activity of sod in leaves of suaeda salsa increased
胁迫大于naci胁迫的原因之一。玉米在nazco 。 |
| 5. | This proved that k + nutrition played an important role in the growth of suaeda salsa
可见， k ”营养在碱蓬生长中起关键作用。 |
| 6. | Study on the leaf succulence of suaeda salsa under differently natural saline environments
不同自然盐渍生境下盐地碱蓬叶片肉质化研究 |
| 7. | Cumulation properties of heavy metals by suaeda heteorptera on estuary banks of river qingjinghuanghe in tianjin
天津市清静黄河口河岸翅碱蓬的重金属富集特性 |
| 8. | All of these mean that suaeda salsa can resist nacl stress effectively but can " t resist na2co3 stress effectively
这些都表明，碱蓬的耐盐性较强而耐碱性较差，即碱害大于盐害。 |
| 9. | Overabundant ros aggravated the injury to suaeda salsa and decreased its resistance ability to na2co3 stress
在ndico3胁迫下，不但na十区域化能力小，而且叶片内的na十含量也大于nao胁迫。 |
