| 1. | 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 |
| 2. | 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 |
| 3. | Ssmapkk showed highest homology to the npk2 gene from nicotiana tabacum . genomic southern blot analysis suggested there was only one copy ssmapkk gene in suaeda salsa genome
Ssmapkk与已报道的烟草npk2同源性最高， southern杂交表明该基因在盐地碱蓬基因组中只有一个拷贝。 |
| 4. | S . salsa is an euhalophyte with succulent leaves that can survive under seawater - level salinity . it has formed some specific mechanisms in salinity tolerance during the evolution
盐地碱蓬( suaedasalsa )是一种叶肉质化的真盐生植物，在长期的进化过程中可能形成了一些特殊的耐盐机制。 |
| 5. | The similar up - regulation of subunit b , h ( located in the v1 part ) and subunit c ( located in the v0 part ) indicated a coordinate expression of tonoplast h + - atpase subunits under salt stress
Atpase亚基基因表达也发现盐胁迫明显诱导了盐地碱蓬液泡膜h atpaseb 。 h 、 c亚基基因表达并且其表达量随盐处理浓度的增加而增大。 |
| 6. | Previously , we haved identified that ssmapkk was induced in stems by salt stress . then the ssvp orf was integrated into the plant expression vector pcambia1300 and ssmapkk orf was integrated into the plant expression vector prokii
以前的实验已证明ssmapkk的转录水平受盐胁迫的诱导，由此推测ssvp和ssmapkk都与盐地碱蓬对盐的反应有关。 |
| 7. | The aim of the present investigation was to shed light on the mechanism of salt tolerance in plants by studying the different microstructure and ultratructure of tissues and organs of suaeda salsa and relating the differences in response to salinity at different concentration
本实验通过对盐地碱蓬进行不同浓度的nacl处理，之后通过石蜡切片观察、电镜观察，分析盐地碱蓬在适应盐渍生境过程中的形态结构变化。 |
| 8. | Hydrophobicity analysis suggested that the v - h + - atpase subunit c from 5 . salsa was a transmembrane protein with four transmembrane domains . earlier experiments indicated the conserve glutamyl residue in the fourth transmembrane domains might participate in the proton translocating across the membranes
盐地碱蓬液泡膜h ~ + - atpasec亚基第四个跨膜区存在高度保守的谷氨酸残基，先前的研究表明此谷氨酸残基可能与h ~ +跨脂双层运输有关。 |
