| 1. | The background of phantom is the nacl solution with different density
背景为不同浓度的naci溶液。 |
| 2. | 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 。 |
| 3. | Under na2co3 stress , the content of proline increased , so proline must be a kind of buffer in suaeda salsa
Cos胁迫使na k十比增加的幅度都大于naci胁迫，即产生的离于不均衡现象更严重，这是ndico 。 |
| 4. | 2 . 2 . 2 effect of treatment of different salts on osmotic potential of cell sap of leaves the osmotic potential of leaf cell sap under treatm
Peg处理下碱蓬幼苗叶片细胞汁液的渗透势显著高于naci处理下的渗透势。 |
| 5. | The purified dnaase reacted with the calf thymus dna at different naci concentration at ph5 . 4 , at 41 , then its activity unit was detected
在不同的naci浓度下41 、 phs 4下准确反应15分钟后测定酶的活力单位。 |
| 6. | 3 . successful purification of the crude ha was achieved by anion exchange resin deae - cellulose column chromatography using 0 . 6mol / lnacl solution as an eluant
3 .采用阴离子树脂deae一纤维素对透明质酸粗品进行纯化，当naci为0 . 6mol / l时，蛋白质含量较低。 |
| 7. | On the whole , the ability of resistance to na2co3 stress in suaeda salsa was less than that of nacl stress . the reason for this is concerned with many aspects
所以我们可以断定，在nz 0 。胁迫下，细胞质内的才含量一定大于naci胁迫，由此形成的na十毒害也大于naci胁迫的。 |
| 8. | Our results suggested that aba induces h2o2 generation in guard cells under salinity stress and both the plasma membrane and the chloroplasts may be the regions where h2o2 generates
这些结果说明naci胁迫条件下， aba诱导拟南芥保卫细胞中产生h 。 o 。 ，而且质膜和叶绿体可能均是h 。 |
| 9. | Its activity was most when the concentration of naci was 0 . 1 mol / l . when the concentration of naci was above 0 . 1 mol / l , the activity of dnaase was declining along with the increasing of the co
4 ，最适温度为41 ，可被mgy 、 h 》 、 mlly明显的激活；低浓度的可提高该酶的活性。 |
| 10. | 2 effect of k + nutrition and nacl stress on the growth and k + content of suaeda salsa plants the results showed that the increase in growth of suaeda salsa plant was mainly due to the increase of shoots
二拉营养和naci胁迫对碱蓬生长和k ”含量的效应碱蓬的生长主要以地上部分为主。 k “营养供给缺乏时，碱蓬分枝较少，长时间缺k ”培养，叶片瘦弱，叶黄，老叶受害明显。 |
