基本释义:

脱氧(核糖)核苷三磷酸

网络释义

1)deoxyribonucleoside triphosphate,脱氧(核糖)核苷三磷酸

2)tumor cell,脱氧核糖核苷三磷酸

3)dUTPase,尿嘧啶脱氧核糖核苷三磷酸酶（dUTPase）

4)deoxidation,脱氧

5)deoxidization,脱氧

6)deoxygenation,脱氧

7)desoxidation,脱氧

8)desoxy-,脱氧

9)disoxidation,脱氧

10)desoxydation,脱氧

用法和例句

By using this system,a high resolution of nine acid-soluble compounds,including ADP,CTP,dCTP,GTP,UTP,dGTP,dTTP,ATP and dATP in 16 normal or tumor cell lines is obtained.

通过离子对反相高效液相色谱 (IP RPLC)同时检测细胞内的核糖核苷三磷酸及脱氧(核糖)核苷三磷酸现已成为可能 ,采用这种方法检测了 16种正常及肿瘤细胞内的ADP、CTP、dCTP、GTP、UTP、dGTP、dTTP、ATP、dATP等核苷酸的含量 ,并进行了简要的对比及方法学验证。

Influence of magnesium alloy on deoxidation of 16MnR molten steel;

镁合金对16MnR钢液的脱氧作用

Optimization of deoxidation process by application of oxygen probing technique for liquid steel;

应用钢液定氧技术优化脱氧工艺

Theoretical analysis of deoxidation and modification of inclusion with Ba and Ca;

钙和钡对钢脱氧及夹杂变性的理论分析

Relation of open-circuit voltage and oxygen content in molten metal during unpolluted deoxidization;

无污染脱氧过程中外电路电压与熔池中氧含量的关系

Development of Deoxidization Technology of Solid Electrolyte;

固体电解质脱氧技术的发展

Because of big influences of aluminum inclusions on the performance of heavy rail steel,and the reason why steel rail generates fatigue fracture is aluminum oxide inclusion in the steel by aluminum deoxidization,it is very necessary for heavy rail steel to reduce the quantities of Al2O3 inclusion in the deoxidization process with aluminum.

钢中铝夹杂对重轨钢性能有较大影响,其中铝脱氧钢中Al2O3夹杂是钢轨产生疲劳断裂的主要原因,减少重轨钢中Al2O3夹杂是很有必要的。

Four main measures for improving thermal stability including fuel refinement,fuel deoxygenation,addititves and surface modification were introduced.

对提高燃料热安定性的 4种主要措施进行了介绍 ,包括燃料精制、燃料脱氧、加入添加剂和表面处理。

The preparation, characterization and activity evaluation of LS-971 deoxygenationprotection catalyst for sulfur recovery were introduced.

总结了LS-971脱氧保护型硫磺回收催化剂的制备、表征及活性评价情况。

The deoxygenation combustion reaction was researched in a fixed bed reactor and in a cycle reactor with alcohol and wood charcoal as deoxidizer.

研究了乙醇和木炭脱氧剂在固定床和循环反应器中的脱氧燃烧反应。