Our recent efforts have defined multiple roles for ubiquitin ligases in the heart to regulate cardiomyocyte function.
通过最近的努力，我们已经明确了心脏中存在的泛素连接酶在调节心肌功能中的多种作用。
These ubiquitin ligases affect protein turnover, cell signaling responses, and cardiac metabolism in unsuspected ways.
它们以未知的方式影响蛋白质的转运、细胞信号转导以及心肌新陈代谢。
E3 ubiquitin ligases are a large family with wide variety, and are involved in many important biological processes in plants.
泛素连接酶E3是一个种类繁多的大家族，涉及对植物生长、发育、逆境胁迫防御等多个方面关键步骤的控制。
The recent data indicating that some TRIM proteins are implicated in ubiquitination, as a novel class of RING finger ubiquitin E3 ligases.
最近的一些研究显示TRIM家族可能是一类新的RING指泛素连接酶。
The technique didnt need restrict enzymes and ligases, which could be developed as a simple and useful technique in the studies of gene splicing and gene mutation.
这一技术不需要内切酶消化和连接酶处理，技术操作简单易行，在基因拼接、基因内部突变方面具有良好的应用价值。
This paper proposed the method of designing linked storage structure of the binary tree in DNA computer, which utilized the biological characteristics of DNA molecules and ligases.
利用DNA分子和连接酶的生物特性，提出DNA计算机中二叉树的链式存储结构的设计方法，并给出二叉树链式存储结构的形式描述。
The biology of ubiquitin ligases in the context of cardiomyocyte function will be summarized, and the roles for these ubiquitin ligases will be discussed as potential therapeutic targets.
在心肌细胞的功能方面，泛素连接酶的生物学性能将被总结概括，并且，其作用将会被看作为潜在的治疗目标。
The Red mediated recombination can be used to insert, delete or substitute DNA sequences at any desired position on a target molecule without the need for restriction enzymes or DNA ligases.
这种技术可在DNA靶标分子的任意位点进行基因敲除、敲入、点突变等操作，无需使用限制性内切酶和连接酶。
The Red mediated recombination can be used to insert, delete or substitute DNA sequences at any desired position on a target molecule without the need for restriction enzymes or DNA ligases.
这种技术可在DNA靶标分子的任意位点进行基因敲除、敲入、点突变等操作，无需使用限制性内切酶和连接酶。
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