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- Application of Salt Tolerant Plant Species 耐盐物种选择利用技术研究
- salt tolerance plants 耐盐植物
- Studies of salt tolerance of alloplasmic wheat. 异源细胞质小麦的耐盐性研究。
- One important strategy for plants to improve salt tolerance is to re-establish theionic homeostasis. 植物获得耐盐能力的一个重要策略是建立新的离子均衡。
- Postdoctoral fellow, University of Toronto, Canada. Plant salt tolerance with Na+- H+ antiportor. 加拿大多伦多大学，博士后，钠氢逆向运输蛋白基因的研究。
- The salt tolerance gene used in this experiment is BADH and CMO. 本试验中用于转化的抗盐碱基因为胆碱单加氧酶基因(CMO)和甜菜碱醛脱氢酶基因(BADH)。
- Studies on Prokaryotic Expression of Plant Anti-freeze and Salt Tolerance Genes. 盐基因原核表达研究。
- One of them,designatedas stg2(salt tolerance during germination 2) was studied. 本文中对其中的一株耐盐突变体,命名为stg2(salt tolerance during germination 2),进行了研究。
- Salt tolerant plants 耐盐植物
- OPS-n has more better salt tolerancy than OPC-n. OPS-n的抗盐性好于OPC-n。
- Research Advance of Plant Salt Tolerant Genetic and Molecular Markers. 植物耐盐遗传性及分子标记研究进展。
- Analyses and evaluation of nutritional components of the seed of saline tolerance plant Artemisia capillaris, and use its seed oil to produce conjugated linoleic acid (CLA). 对耐盐碱植物茵陈蒿种子的营养成分进行分析评价,并利用其种子油制备共轭亚油酸。
- Summarized study on salt tolerance of tomato about physiological, gene, salt mutant and transgenic tomato. 摘要对国内外番茄耐盐生理、与耐盐性相关的基因、耐盐突变体及其转基因耐盐番茄的研究进展进行了综述。
- Effects of engineered diazotrophs(Alcaling enes faecalis) on salt tolerance of r ice in field and pot were studied. 在盐碱地和盆栽控盐条件下，研究了联合固氮工程菌对水稻耐盐性的诱导效应。
- Furthermore, the salt tolerance of alfalfa varieties should be evaluated by measuring multi-indices. 研究苜蓿耐盐性时应采用多个指标进行综合评价。
- Salt tolerance and temperature resistance properties of this dipolymer were investigated preliminarily. 初步考察了该聚合物的耐盐抗温性能。
- The Alhagi maurorum is a kind of salt tolerance and drought-endurin g legume.The content of protein is abundant. 骆驼刺是一种耐盐、抗旱、蛋白质含量丰富的多年生豆科牧草。
- We suggested that Liriope spicata (Thunb.) Lour, as a shade tolerance plant, was able to acclimate to a large radiation scale;however, high irradiance or high shading did certain harm to its growth. 因此，我们认为山麦冬作为耐荫植物对光环境具有一定的适应能力，强光或严重遮荫均不利于其正常生长发育。
- The study of alloplasmic wheat should be significant for breeding salt tolerance wheat. 进一步研究异源细胞质效应,探索小麦抗(耐)盐育种新方法是很有意义的。
- We suggested that Liriope spicata (Thunb.)Lour, as a shade tolerance plant, was able to acclimate to a large radiation scale;however, high irradiance or high shading did certain harm to its growth. 因此,我们认为山麦冬作为耐荫植物对光环境具有一定的适应能力，强光或严重遮荫均不利于其正常生长发育。
