1.
Construction of Xylose Metabolic Genes in Yeast by Overlap Extension PCR
利用重叠延伸PCR技术在酿酒酵母中构建木糖代谢相关基因
2.
Overlap Extension PCR Based Site-Directed Mutants of CTV P23 Gene
利用重叠延伸PCR定点突变衰退病P23基因
3.
Gene of Human Adiponectin Cloning by PCR-driven Overlap Extension and Expression in Pichia Pastoris;
人脂联素基因的重叠延伸PCR法克隆及其在毕赤酵母中的诱导表达
4.
An overlap extension PCR method used in isolation of long cDNAs of acetyl-CoA carboxylase from Arabidopsis
重叠延伸PCR克隆拟南芥ACCase基因和植物表达载体构建
5.
Site-directed Mutagenesis of Sumf 1 Gene of Mouse Based on Overlap Extension PCR and Construction of Eukaryotic Expression Vector
重叠延伸PCR法构建小鼠Sumf1基因的定点突变真核表达载体
6.
Cloning of Cysticercus cellulosae AgB Gene by Using Splicing Overlap Extension PCR Method and Expression in BHK Cells
重叠延伸PCR法扩增猪囊尾蚴AgB基因及其在BHK-21细胞中的表达
7.
Point Mutant of OsAMT1.2 by Using Gene Splicing by Overlap Extension
利用重叠PCR技术对OsAMT1.2进行定点突变
8.
To encourage technology transfer and extension.
鼓励技术转让和延伸
9.
Away into the distance stretched ridge after ridge of snow-clad peaks.
冰雪复盖的山峰重重叠叠绵延不断地一直伸向远方。
10.
A New Method of Site-directed Mutagenesis by Modifying Overlap Extension PCR
改进重叠延伸法引入DNA定点突变的新方法
11.
Development of a multiplex PCR/RT-PCR assay for detection of porcine reproductive and respiratory syndrome virus,porcine parvovirus,pseudorabies virus and porcine circovirus type 2
多重PCR/RT-PCR技术检测PRRSV、PPV、PRV和PCV-2
12.
Technology study on periodicity of pumbs'maintenance check of yanchang triassic reservoir
延长三叠系油藏的检泵周期技术研究
13.
Application of VPN in Extending Coverage of Campus Network
应用VPN技术延伸校园网覆盖范围
14.
Technology for Controlling Elongation on 1 500 mm Cold Rolled Skin Pass Mill in Angang
鞍钢1500mm冷轧平整机组延伸率控制技术
15.
Water Base Drilling Fluid Technology for Double-target High Angle Wells.
双靶点大斜度延伸井水基钻井液技术
16.
Highly Effective Tunneling Technology of 1152 Main Roadway Extension in Ximing Coal Mine
西铭矿1152大巷延伸高效掘进技术
17.
Elongation Control Technique of Temper Mill for 1500mm Cold Rolling
1500mm冷轧平整机的延伸率控制技术
18.
And for good technological reasons, the electronics industry has emphasized fabrication methods that are extensions of those currently used to make microchips.
而且由于技术性的理由，电子工业界著重的是现有微晶片制作技术的延伸。