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1·Study on nuclease activity with fluorescence quenching probe.

用荧光淬火双链探针研究核酸酶的活性。

2·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。

3·They renamed the protein FAN1, short for Fanconi anemia-associated nuclease 1.

科研人员重命名该蛋白质为FAN1，是Fanconi贫血相关核酸酶1的缩写形式。

4·It hasn't been reported that the coelomic fluid of earthworm shows nuclease activity.

但对体腔液核酸酶活性却未见报道。

5·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。

6·The team first identified a protein that had both a ubiquitin-binding domain and a known nuclease domain.

该研究小组首次证实存在有一种蛋白质，命名为KIAA1018，该蛋白质既有泛素结合区域，还有已知的核酸酶区域。

7·The enzyme, which they named FAN1, appears to be a nuclease, which is capable of slicing through strands of DNA.

目前发现的这个酶被命名为FAN1，它是一种核酸酶，能够切割开dna的核苷酸链。

8·The unnatural backbone of PNAs also means that PNAs are particularly resistant to protease and nuclease degradation.

PNA的非天然骨架也使得PNA能有效对抗蛋白酶和核酸酶的降解。

9·In addition to introducing some new chemical nuclease systems, this paper stresses on the discussion of their action modes a...

本文除介绍了一些新的化学核酸酶体系外，着重对它们的作用方式及作用机理进行了讨论。

10·Bystringing together several zinc fingers and adding a DNA-cleaving nuclease, researchers can precisely target specific genes to be cut.

通过将几个锌指出串联在一起，再加入一个切割dna的核酸酶，研究人员们能够精确地导向将被切割的特异性基因。

核酸酶

1·The unnatural backbone of PNAs also means that PNAs are particularly resistant to protease and nuclease degradation.

PNA的非天然骨架也使得PNA能有效对抗蛋白酶和核酸酶的降解。

2·The requirements for ideal antisense imaging include easy intakeing by cells, convenient labelling, stable hybridization and the tolerance against nuclease.

成功的反义显像要求反义寡核苷酸易被细胞摄取、耐核酸酶、杂交稳定、标记简单。

3·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。

4·It hasn't been reported that the coelomic fluid of earthworm shows nuclease activity.

但对体腔液核酸酶活性却未见报道。

5·The composite multienzyme comprises various proteolytic enzymes, nuclease, lipoidase, muramidase, phytase, amylase, superoxide dismutase, catalase, cellulose, and the like.

该复合多酶包含：多种蛋白酶、核酸酶、脂酶、溶菌酶、植酸酶、淀粉酶、超氧化物歧化酶、过氧化氢酶、纤维素酶等。