nuclease
美 [ˈnukliˌeɪs]英 ['nju:klɪeɪs]
- n.【生化】核酸酶
- 网络核酸脢；核酸酵素；核酸分解酵素
复数：nucleases
nucleasenuclease
核酸酶
CHINESE-ENGLISH DICTIONARY FOR BASIC MEDICINE ... 核酸 nucleic acid 核酸酶 nuclease 核碎 karyorrhexis ...
核酸脢
... 【促成血液融化】、蛋白质脢（protease）、核酸脢（nuclease）等活性物质，倘若等到发现鸽子因感染本症而引起的水肿 …
核酸酵素
Anatomy and Physiology 解剖生理学 |... ... Myenteric plexus 肠间肌神经丛 Nuclease 核酸酵素 Oesophageal hiatus 食道裂孔 ...
核酸分解酵素
2-2 核酸分解酵素(Nuclease)………………………………………………18 2-3 白细胞介素20号(Interleukin 20, IL-20)……………
核酸水解酵素
...rase)、胜肽分解酵素(Peptidase) ，核酸水解酵素(nuclease)、弹性蛋白酵素(elastase)和胶原蛋白酵素(collagenase)。
核酸水解脢
(1) 核酸 [在核酸水解脢(nuclease)催化下，水解作用] à 核苷酸(2) 核苷酸 [在核苷酸脢(nucleotidases)催化下，水解作用] à 核苷 …
1
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。
2
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。
3
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。
4
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。
5
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。
6
The present invention related to methods and tools for nuclease-dependent detection of nucleic acid hybridization.
本发明涉及用于核酸杂化的核酸酶依赖性检测的方法和工具。
7
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。
8
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。
9
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。
10
Nuclease extraction rate increased 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。