| 1. | Rapid detection of imported genetically modified soybean glycine max with mpcr
技术快速检测进口大豆转基因背景 |
| 2. | The effects of uv - b on vigna radiata , glycine max and vigna angularis
光秃秃紫外光源的增强会否令地球上的农作物消失？ |
| 3. | The approach on the superiority of growing glycine max by the way of hill - agroforestry system in shiping county
石屏县山地混农林耕作发挥大豆种植优势的探讨 |
| 4. | Relationship between chloride tolerance and polyamine accumulation in glycine max , glycine soja , and their hybrid seedlings
栽培和野生大豆及其杂交后代幼苗的耐氯性与多胺积累的关系 |
| 5. | Tissue culture of soybean ( glycine max l ) and stem mustard ( brassica juncea mao ) in vitro and genetic transformation of soybean by agrobacterium tumefaciens were studied in this experiment
本论文研究了大豆的离体再生和根癌农杆菌介导的遗传转化及榨菜的离体培养。 |
| 6. | Isoflavones of soybean ( glycine max ( l . ) merri . ) form a group of distinct secondary metabolites in soybean especial in seeds , which we paid much attention because of its biological functions
大豆异黄酮( isoflavonesofsoybean )是大豆体内，特别是种子中积累的一类次生代谢产物，由于它具有多种的生物学功能而倍受人们的关注。 |
| 7. | Dreb - type transcription factors can accept stress signals from environment and promote the expression of stress - tolerant genes . four dreb homolog genes , gmdreba , gmdrebb , gmdrebc and osdreb4 - 2 were isolated from soybean [ glycine max ( l . ) merr . ]
Dreb类转录因子能接受逆境信号并启动逆境应答基因的表达。在本研究中，以大豆和水稻为材料，共克隆了4个dreb的同源基因，分别命名为gmdreba ， gmdrebb ， gmdrebc和osdreb4 - 2 。 |
| 8. | Fifty nine accessions of soybean [ glycine max ( l . ) merr . ] of 301 ones from huanghuaihai and middle - lower changjiang valleys were tested at seedling stage in two years for their drought tolerance by using the mean membership index value averaged over those of plant height , leaf number , root dry weight , stem and leaf dry weight . 4 tolerant accessions ( rank 1 ) and 2 sensitive ones ( rank 5 ) were identified
摘要从301份大豆品种中按根系类型选取黄淮海和长江中下游地区代表性材料59份，在苗期干旱胁迫和非胁迫条件下对地上部和地下部性状进行2年重复鉴定，发现材料间性状隶属函数值具有丰富遗传变异，以株高、叶龄、根干重和茎叶干重隶属函数的算术平均数为抗旱综合指标，从中筛选出汉中八月黄、晋豆14 、科丰1号、圆黑豆等强耐旱型（ 1级）材料和临河大粉青、宁海晚黄豆等干旱敏感型（ 5级）材料。 |
