salt tolerance

Study on Drought Resistance and Salt Tolerance of 3 Perennial Forages Species of Bromus

雀麦属3种多年生牧草抗旱及耐盐性研究

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Soybean PM2 protein and its 22-mer region enhance salt tolerance of tobacco plants

大豆PM2蛋白及其结构域可提高烟草耐盐性

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Salt tolerance of plant is involved in a complex series of physiological and biochemical reactions or processes, and it is often the result of interactions among multiple genes. Until now what we have found may simply reflect some aspects of the whole salt-tolerant mechanisms of plants.

植物的耐盐性涉及一系列复杂的生理生化反应或过程，往往是多基因相互作用的结果，而已有的发现可能只是反映了整个耐盐机制中的某一个方面。

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Enhancing the ability of soybean to survive salt condition is very important to improve the yield of soybean and the utility of the salinity soil. Much attention is paid to raising salt-tolerant plants, studying salt-tolerance mechanism, locating and isolating salt-tolerance genes.

因此提高作物耐盐性，培育耐盐品种，耐盐机理的研究及耐盐基因的定位分离受到人们越来越多的关注。

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Gene Engineering Breeding of Drought Resistance and Salt Tolerance in Wheatgrass, Alfalfa and Tall fescue

冰草、苜蓿、高羊茅抗旱、耐寒基因工程育种

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At present, by studying the salt tolerance mechanism of plants, using biotechnology methods to clone salt tolerance gene form the salt-tolerant plants and cultivating salt tolerance of the new crop varieties, can effectively solve the negative influence of soil salinization.

目前，通过研究植物的耐盐机制，利用生物技术方法克隆耐盐植物的耐盐基因，培育抗盐作物品种，可以有效地解决土壤盐碱化带来的不利影响。

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Using Aegilops crassa cytoplasm wheat as test material, salt tolerance of alloplasmic wheat was identified by tissue culture, nutrient solution culture and artificial saline pond, from calli, seeding stage, recovering stage and mature period.

以粗厚山羊草（Aegilops crassa）细胞质小麦为材料，采用组织培养、水培、模拟盐池等方法，研究细胞质对小麦耐盐性的遗传效应。

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Study of Salt Tolerance of Three Plants of Roegneria During Seed Germinating

3种鹅观草属植物种子萌发期耐盐性研究

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Study on Comparison of Salt-Resistance Abilities Among Different Populus Tomentosa Clones and Gene Transformation for Salt Tolerance

毛白杨无性系耐盐性比较与转耐盐基因的研究

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Regulations of Salt Tolerance of Cotton Plants at Seedling Emergence Stage by Soaking Seeds in Pix ( DPC) and CaCl 2 Solutions

缩节安和氯化钙浸种对种子萌发出苗期棉株耐盐性的调节

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The scientists are breeding successive generations to arrive at varieties that incorporate salt tolerance but retain about 97 percent of the European rice genome.

科学家们正在培育新一代的水稻，旨在获得能够融合盐分耐受又能保留欧洲稻米97%基因组的品种。

六级真题- 2018年 6月 1卷 阅读A

Flowering and Fruit Habits and Seedling Salt-tolerance Evaluation of Caragana Intermedia Kuang

中间锦鸡儿开花结实习性及苗期耐盐性评价

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Salt tolerance assays demonstrated that the salt tolerance of transgenic calli and regenerated plantlets were increased.

经DNA杂交 证实的转基因植株被用于耐盐性试验,结果表明这些转基因的植株的耐盐性有明显的提高.

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The identification of salt tolerance was performed in MIM lines.

对拟南芥MIM株系进行了初步耐盐鉴定。

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The study of the transgenic Arabidopsis germination rate, root length, salt-tolerant overall plants showed that the gene in a certain level enhanced the transgenic Arabidopsis salt tolerance.

通过对转基因拟南芥的萌发率、根长、整体植株的耐盐性的功能研究，显示该基因在一定水平上提高了转基因拟南芥的耐盐性。

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Some mechanisms are developed against specific stress such as the role Na+/ H+ exchanger ( NHX) plays in salt tolerance. However, some are adaptive to various stresses such as the trehalose-6-phosphate synthase and peroxidase in this study.

有些机制是为了适应某种特定的胁迫，比如说钠氢泵在耐盐中所起的作用；而有些却能够对多种胁迫具有适应性，如本研究中的磷酸海藻糖合成酶与过氧化物酶。

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Brine irrigating in pot and field salt tolerant test in order to screen the salt-tolerance plants in the heavy salt soils of the Yellow river tidal flat.

采用盐水胁迫发芽、盐水浇灌盆栽和田间耐盐实验，研究植物的耐盐能力，筛选黄河三角洲滩涂重度盐渍土适生的耐盐植物。

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Result of saline and alkali-tolerance test showed that salt tolerance of seedlings was below 0.55 g/ ml.

耐盐碱试验显示，苗期耐盐在0.55g/ml以下。

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These results demonstrate that the SOS salt tolerance pathway operates in cereals and evidences a high degree of structural conservation among the SOS proteins from dicots and monocots.

这些结果说明SOS耐盐通路在谷类作物中也存在，同时也说明双子叶植物和单子叶植物中SOS蛋白结构是高度保守的。

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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).

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It is summarized that the seedling's tolerance of half lethal salt concentration, the seed vigour index, and the seed nitrogen content could be regarded as the physiological index for assessing the level of the seed salt tolerance and whether it be selected for breeding.

初步认为种子耐盐半致死浓度、种子活力指数和含氮量可以作为种子耐盐性评价和选育的生理指标。

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It was predicted that the long term selection in cotton breeding could cause partial losses of resistance and the transformed Bt gene might affect the expression of the salt tolerance in the cotton plant.

长期人为选择可致棉花抗逆性的部分丢失，Bt基因的导入也可能影响棉花耐盐性的表达。

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Assay for salt tolerance and drought resistance of transgenic wheat expressing betaine aldehyde dehydrogenase, obtained through particle gun method, were conducted under simulated salt/ drought stress condition.

采用室内模拟盐、旱胁迫，结合田间实际测定的方法，对基因枪法获得的转BADH基因小麦多个株系的不同世代材料进行了耐盐、耐旱性鉴定。

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The salt tolerance of callus of wild/ cultivated soybean and MDA content of plant grown in salty soil

野生、栽培大豆愈伤组织耐盐性与植株盐胁迫下丙二醛（MDA）含量的关系

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Planta voltage-gated sodium channel involving in plant salt tolerance

电压依赖性钠离子通道参与植物抗盐过程

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Study on the Salt Tolerance of Rumex K-1

杂交酸模K-1的耐盐性研究

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Study on Salt Tolerance of Sickle Alfalfa Wild Populations in Germinating Period

黄花苜蓿野生种群种子萌发期的耐盐性研究

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This experiment tested bacterial salt tolerance of 180 bacteria isolated from saline alkal soil in northwest of China at five NaCl concentration, 15%, 20%, 25%, 30%, 32%;

对陕西、宁夏和内蒙的典型盐渍土样分离得到180株细菌，在NaCl浓度为15%，20%，25%，30%，32%五个梯度进行了菌株耐盐性的试验。

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Betaine aldehyde dehydrogenase ( BADH) gene was transferred into Maize by using pollen-tube pathway method in order to enhance the salt tolerance of Maize.

利用花粉管通道技术将甜菜碱醛脱氢酶（BADH）基因导入玉米，以提高玉米的耐盐性。

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Makes osmotic adjustment to free proline and accumulates cumaric acid and flavonoids, this shows it has the ability of salt tolerance.

由以上研究结果可知，盐胁迫下黑果枸杞渗透调节物质游离脯氨酸，对香豆酸、黄酮类化合物积累，说明黑果枸杞具有耐盐能力。

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