| 1. | Advances on plant resistance gene research
可转化人工染色体文库研究进展 |
| 2. | Aadvances of transformation - competent aritificial chromosome library
综述了可转化人工染色体 |
| 3. | Bacterial artificial chromosome ba
细菌人工染色体 |
| 4. | Yeast artificial chromosome ya
酵母人工染色体 |
| 5. | Construction and characterization of a dunaliella viridis bacterial artificial chromosome library
细菌人工染色体文库的构建和鉴定 |
| 6. | To research melanin synthesis and its accumulation mechanism , we constructed a silky bacterial artificial chromosome ( bac ) library . the library was used to study the two genes on chicken chr
为研究丝羽乌骨鸡体内黑色素合成和沉积的分子机制，本研究构建了丝羽乌骨鸡的基因组细菌人工染色体( bac )文库。 |
| 7. | The construction and introduction of plant artificial chromosomes into plant cells would be an effective way to understand the essential elements necessary for maintaining chromosome function and structure in plants
1997年，美国的casewesternreserve宣布构建成功第一代hac 。在植物细胞中构建人工染色体将为植物染色体的结构和功能以及染色体的各必须组分的研究提供有效的工具和手段。 |
| 8. | The optimum parameters , such as the exact time for the activated eggs finishing the first chromosome sets copying , the optimum period for artificial chromosome set duplication , the optimum temperature and intensity of heat shocking etc , were determined
确定了在一定孵化温度下，被激活的草鱼卵子完成第一次染色体复制的准确时间，实施人工染色体加倍处理的最佳时机，人工加倍处理的最佳方法和处理强度等。 |
| 9. | Because of its fully sequenced genome and the most complete , contiguous nucleotide sequence of centromeric dna in plants , arabidopsis was chose as the base to construct plant artificial chromosome . we identified two candidate yac clones , cic8h8 and cic6f6 , which are both proved to have the 178 bp arabidopsis centromeric repeat sequences
我们通过pcr和序列分析，选择了含有拟南芥着丝粒区178bp串连重复序列的yac克隆作为构建人工染色体的基础，同时也克隆了拟南芥的端粒和ars等序列。 |
