Semi-quantitative reverse transcription-polymerase chain reaction ( RT-PCR ) was used to detect the level of MMP-12 mRNA expression.

It was validated the extracted DNA could meet the need of polymerase chain reaction ( PCR ).

涂渍的芯片所提取出的DNA能够满足聚合 酶 链反应的需要.

Objective To develop a novel multiplex polymerase chain reaction ( PCR ) to detect multidrug-resistant Acinetobacter baumannii.

目的建立一种适于临床微生物实验室快速检测多耐药 鲍曼 不动杆菌基因的多重PCR方法.

Subsequently, donor renal allografts were transplanted accompanied by bilateral native nephrectomies.

接着在两侧自体肾切除的同时将供肾移植入受者体内.

TLR 4 mRNA in KCs was determined by the reverse transcription polymerase chain reaction ( RT-PCR )

用逆转录多聚酶联反应 ( RT -PCR ) 测定KCs中TLR4mRNA的表达.

Researchers believe that the bird virus polymerase allows for faster replication, and thus more aggressive.

研究人员认为,禽流感病毒聚合酶允许更快的复制, 从而更加积极.

Objective To establish DNA typing for HLA-DR antigens polymerase chain reaction with sequence-specific primers ( PCR-SSP ).

目的采用顺序特异引物聚合酶链反应 ( PCR -SSP ) 建立人类白细胞抗原DR位点的DNA分型方法.

SH a new polymeric material of chemical sand-fixation .

SH为 自行研制的新型高分子化学 固沙 材料,为现代沙漠工程所需.

The solid state fluorescence of polymeric compounds 1 and 2 wa.

测定了聚合物1和2的荧光性质,并讨论了其特有的固体荧光产生的原因.

A new method of making polymeric chloride aluminium is presented.

介绍了一种制备聚合氯化铝的新方法.

Plasma polymerization was found to be more effective than non-polymeric plasma treatment.

结果表明,聚合性气氛的等离子体改性效果明显优于 非 聚合性气氛.

The history and current situation of Polymeric Photorefractive Materials are Outlined.

本文综述了光折变聚合物材料的发展历史和现状.

Polymeric, paper, textiles, glass, ceramic, metallic materials.

塑料, 纸张, 纺织品, 玻璃, 陶瓷, 金属.

Shape retention is a factor in almost all articles made from polymeric materials.

形状保持性是所有聚合物材料制品共有的因素.

A compound required to start a chain reaction, such as free-radical polymerisation.

引发剂能够引起连锁反应(如自由基聚合)的化合物.

Vinyl chloride polymerization method, solution polymerization, bulk polymerization, emulsion and suspension polymerization.

氯乙烯的聚合方法, 有溶液聚合 、 本体聚合 、 乳液聚合和悬浮聚合.

Plasma-polymerization of ethylene gives films of complex, uncertain structure.

乙烯的等离子聚合得到复杂的, 无固定结构的薄膜.

Epoxides, episulphides and ethylene imines also polymerize via similar cyclic onium ion mechanisms.

环氧化合物,环硫化合物和乙烯亚胺也可以按类似于环氧?睦胱拥幕?理进行聚合.

The tendency of a ring compound to polymerize depends upon the extent of ring strain.

环状化合物的聚合倾向,取决于环的张力大小.

Investigation on the kinetics at 40 C showed some controlled features for the polymerize.

于40℃研究了聚合反应动力学,进一步证实反应具有一定程度的可控特征.

The substance polymerizes to form a hard plastic.

这种物质聚合形成坚硬的塑料。