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- polysome nuclease 多核糖体核酸酶
- The methods of nuclease extraction from malt root were studied in this paper. 主要研究了麦芽根中核酸酶的提取方法。
- A small number of genes in the mother's egg set outside the nuclease. 母体卵子中的少数基因游离于核酸酶外。
- Reviews Team Qingdao, although has certain striking power, but their superiority often polysome present main floors. 反观青岛队,尽管拥有一定的攻击力,但他们的优势往往更多体现在主场。
- Furthermore, the impact of the P protein on ongoing translation of the C ORF was directly demonstrated by polysome distribution analysis. 而且,通过多核糖体分布分析可以直接表明P蛋白对C ORF翻译的影响。
- Several ribosomes may be actively engaged in protein synthesis along the same mRNA molecule, forming a polyribosome, or polysome. 几个核糖体可能沿着同一个mRNA分子参与蛋白质的合成,形成了多聚核糖体。
- But "this [zinc-finger nuclease] technology is probably going to stick around," he predicts. 但是“这种‘锌指核酸酶’技术可能会停留一段时间”,他预测。
- Nuclease extraction rate increased with the increasein ion strength and reached the highestlevelatI= 0.4M. 核酸酶的提取率随着离子强度的提高而提高,并在离子强度0.4M时达到最高。
- Objective The two incisions were contrasted in the difference of phacoemulsificafion for hard nucleas cataract. 目的比较硬核白内障超声乳化术两种切口的区别。
- He used a" zinc finger nuclease " Protein (zinc finger protein), stripping to T-cell surface of the CCR5 gene. 他采用一种名为“锌指核酸酶”的蛋白质(即锌指蛋白),来剥离T细胞表层的CCR5基因。
- Secondly, the preparing conditions of magnetic cross-linked nuclease P1 aggregations was primarily studied. 其次,对制备磁性交联酶聚集体(CLEAs)的条件进行了初步探索。
- The zinc-finger design allows us to target a single gene, while the nuclease disrupts the gene. 我们可以通过对锌指的设计来靶向单个(特定的)基因,与此同时,核酸酶的存在将破坏该基因。”
- Perhaps this protein is a candidate for the nuclease activity required for target RNA degradation. 作为降解靶标RNA所必需具有的核酸酶活性,它是一个候选蛋白。
- Firstly, nuclease P1 was embeded in polyacrylamide gel, and couple-linked to chitosan with glutaraldehyde. 首先,分别以聚丙烯酰胺包埋、壳聚糖偶联固定核酸酶P1。
- Nuclease extraction rate incre ased with the increase in ion strength and reached the highest level at I=0.4M. 核酸酶的提取率随着离子强度的提高而提高,并在离子强度0.;4M时达到最高。
- Nuclease P1 is widely used in nucleotide industry and gene engineering research. 核酸酶P1广泛应用于核苷酸工业和基因工程研究领域。
- The recent advance in chemical nuclease is reviewed, and the mechanisms of hydrolysis or cleavage of phosphate ester. 本文综述了化学核酸酶的研究新进展。
- The resistance of nuclease P1 to acid and alkali was improved by embeded and cross-linked. 包埋酶和磁性CLEAs对酸碱的耐受范围增大;
- The formation of acetate during fermentation was considered to be detrimental to the nuclease production. 在酦酵过程中,醋酸的生成是核酸分解酵素生产的一个不利因素。