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- HAL1 gene is an important salt tolerant gene in yest. HAL1基因是酵母中重要的耐盐基因。
- Maintain the cell line equipments. 负责尚能电池线设备维护。
- 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。
- We have obtained a stable UT-A2-FRT cell line. 经BSD筛选21 d后得到稳定表达UT-A2的细胞株;
- Materials1) Bel7402 cell line and COS? 肝癌Bel7402细胞系和COS7细胞系
- HL60/DNR is a model cell line of MDR1. HL60/DNR为典型的表达MDR1的细胞株
- The Changes of Antioxidant Enzyme Activities of Fig( Ficus carica L.) Cell Lines with Different Salt Tolerances 无花果细胞系耐盐性与抗氧化酶活性的变化
- 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。
- 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。
- Objective To study the effect of SKI-2053R on SGC-7901 cell line. 目的 :研究SKI 2 0 5 3R对胃癌细胞株SGC 790 1的作用及其机制。
- 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。
- We obtained the similar results both on BMDC and DC2.4 cell line. 在树突状细胞株DC2.;4细胞表面也得到相似的结果。
- Transfection, make stable C/EBP p expression cell line. 质粒转染，制备稳定表达C尼BPp的细胞系。
- 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。
- Results A fusion cell line,FLB2C,was obtained through screening. 结果经筛选获得一株融合细胞FLB2C。
- The whole FHIT gene was found deleted in an EC cell line, EC8733. 在食管癌细胞系EC8733中发现了FHIT全基因的丢失。
- 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。)
- Cultured TE671 cell line and neurons of SD rats and Kunming mouse . 体外培养SD大鼠与昆明种小白鼠神经元及TE671细胞株。
- 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)。
