glycine betaine meaning in Chinese
甘氨酸甜菜碱
甜菜碱
Examples
- Depending on the conserved amino acids of glycine betaine abc transporter , a pair of degenerate primers were designed
在h . trueperi发现有甘氨酸甜菜碱abc转运系统。 - So genes implicated in expressing glycine betaine are considered as the most important and the most promising plant salt - tolerant genes
因此甜菜碱合成酶基因被认为是最重要和最有希望的盐胁迫抗性基因。 - Many diverse species of plants accumulate glycine betaine ( glybetaine ) in response to various stresses , and the biosynthesis and accumulation of glybetaine are thought to contribute to various stress
许多植物在受到各种胁迫时，都会引起甘氨酸甜菜碱的积累，甘氨酸甜菜碱的生物合成与积累是植物对胁迫的一种适应机制。 - Depending on the degenerate primers which were designed according to the conserved amino acids of glycine betaine secondary transporter , a fragment about 1 kb was obtained by pcr . the pcr fragment was purified and labeled with dig as a probe
将其总dna用sau3ai部分酶切后，收集4 15kb大小的酶切片段，克隆到用bamhi酶切的puc18中，构建halobacillussp . d8基因组文库，共获得约9000个重组质粒。 - Choline dehydrogenase ( cdh ) isolated from escherichia coli , can help the expression of glycine betaine efficiently . to get some salt - tolerant plants , the cdh gene , mediated by agrobacterium , was transformed to the haploid of populus simoniixp . nigra
本实验以农杆菌( agrobacteriumtumefaciens )为介导进行遗传转化，将编码cdh的耐盐基因( bet - a )导入小黑杨( populussimonii p . nigra )单倍体植株( haploid )的基因组内，以期获得耐盐植株。