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- 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。
- HAL1 gene is an important salt tolerant gene in yest. HAL1基因是酵母中重要的耐盐基因。
- Karyotype studies of new energy plant Euphorbia lathyris L. 新型能源植物续随子的核型分析。
- The results of the present study facilitate further research and breeding of salt tolerant cultivars of proso millet. 这些种质在遗传育种和生产中具有极高的利用价值，是珍贵的耐盐育种材料。
- A plebiscite on nuclear energy plants will be held early next month. 有关核能电厂的公投将于下月初举行。
- Studies of salt tolerance of alloplasmic wheat. 异源细胞质小麦的耐盐性研究。
- OPS-n has more better salt tolerancy than OPC-n. OPS-n的抗盐性好于OPC-n。
- To understand the molecular basis of salt-stress response and isolation the key salt tolerant gene , the sal. 日益严重的土壤盐渍化使通过遗传工程手段提高植物的耐盐性成为未来环境和农业发展需要迫切优先解决的问题。
- The results showed that there were four salt tolerant varieties, that were Salinas, Bringhtstar, Tar Heel No.2 and Jagua No.3. 结果表明：萨琳娜、明星、踏火2号和美洲虎3号耐盐性较强且能正常成坪。
- In addition, the economic benefit and the feasibility of production with herbage energy plants were discussed. 另外还对发展草本能源植物的经济效益及生产的可行性进行了探讨。
- In the drilling fluid system, main treating agents include polyalco-hol CFH-2, strong sealing agent and high temperature salt tolerant filtrate reducer OCL-PT, and so on. 聚合醇CFH-2具有可生物降解性;既能提高体系的抑制性、润滑性及储层保护性能;又可满足环保要求; 抗高温降滤失剂OCL-PT能有效地降低饱和盐水体系在高密度(2.;32g/cm。)
- Application of Salt Tolerant Plant Species 耐盐物种选择利用技术研究
- Study on the Countermeasures for Industrial Development of Energy Plant Jatropha curcas L. 木质能源麻疯树产业发展对策研究。
- With the reduction of the ore energy, people should develop the biomass energy relying mainly on energy plant. 摘要随著矿石能源储量的减少，应大力开发和应用以能源植物为主的生物质能。
- 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)。
- 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。
- By 2030, coal-fired energy plants in developing countries could produce more carbon dioxide emissions than the entire power sector in the developed world does today. 到2030年,发展中国家的燃煤能源工厂比今天发达世界整个能源行业排放的二氧化碳都要多。
- 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 results suggest that in the north drought region of China, there was much high potential of Ricinus communis as an energy plant. 可以认为，野生蓖麻的植株和种子中含油量都较高，抗旱性强，是一种有希望的野生能源植物。
- Genetic and RAPD analysis were studied among individuals in F 2 segregated population originating from a cross between wheat cultivator Nongda 85021 (female parent, salt sensitive) and Chadian Red (male parent, salt tolerant). 普通小麦 (TriticumaesticumL .;) 耐盐农家品种茶淀红与盐敏感品种农大 85 0 2 1杂交;对杂交后代 14 1株F2 分离个体进行耐盐性鉴定。
