pNF-κB-Luc载体说明书


 pNF-κB-Luc

型号 载体名称 出品公司 载体用途
VXS0448 pNF-κB-Luc Stratagene 信号通路报告载体

The Pathway Profiling Systems allow you to quickly profile the effects of 

a given stimulus, drug candidate, or gene of interest on key signal transduction pathways in vivo. The Pathway Profiling Systems cover a variety 

of signal transduction pathways in eukaryotic cells. Pathway Profiling Systems are available for broad-spectrum or targeted profiling of key signaling 

pathways:

SEAP System—broad coverage

Luciferase System 4—cell cycle

质粒图谱: 

pCRE-Luc载体说明书


pCRE-Luc

型号 载体名称 出品公司 载体用途
VXC0428 pCRE-Luc Clontech 信号通路报告载体

 

The Agilent PathDetect in Vivo Signal Transduction Pathway cis-Reporting 

Systems are designed for simple, rapid, and convenient assessment of the in 

vivo activation of signal transduction pathways. We have created a series of 

inducible reporter plasmids that contain the luciferase reporter gene driven 

by a basic promoter element (TATA box) plus a defined inducible cisenhancer element (see Figure 2 in Appendix). These plasmids are 

particularly suited for the in vivo readouts of signal transduction pathways 

since these enhancers are convergent points of many signal transduction 

pathways. These systems are useful in studying the in vivo effects of a new 

gene, growth factor, or drug candidate on the signaling pathway. Some of 

the reporters may also be used for cloning novel signal transduction genes, 

and may be useful for identifying drug candidates in a high-throughput 

format. 

质粒图谱: 

pTA-Luc载体说明书


 pTA-Luc载体

型号 载体名称 出品公司 载体用途
VXC0434 pTA-Luc Clontech 信号通路报告载体
产品参数: 

Plasmid Type: Mammalian Expression
Promotor: TATA box
Stable: Transient
Constitutive: Minimal or No Promoter
Viral/Non-Viral: Nonviral

载体抗性: 
氨苄青霉素(Ampicillin)
载体描述: 

Luciferase reporter. For studying the transcriptional activity of enhancers.

质粒图谱: 

pSTAT3-TA-Luc载体说明书

 pSTAT3-TA-Luc

型号 载体名称 出品公司 载体用途
VXC0432 pSTAT3-TA-Luc Clontech 信号通路报告载体

The Pathway Profiling Systems allow you to quickly profile the effects of 

a given stimulus, drug candidate, or gene of interest on key signal transduction pathways in vivo. The Pathway Profiling Systems cover a variety 

of signal transduction pathways in eukaryotic cells. Pathway Profiling Systems are available for broad-spectrum or targeted profiling of key signaling 

pathways:

SEAP System—broad coverage

Luciferase System 4—cell cycle

质粒图谱: