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A New Reporter Vector System Based on Flow-Cytometry to Detect Promoter ActivityA New Reporter Vector System Based on Flow-Cytometry to Detect Promoter Activity

Other Titles
A New Reporter Vector System Based on Flow-Cytometry to Detect Promoter Activity
Authors
정선도최지혜홍창완이현지박윤경신정훈박재원박세호
Issue Date
2009
Publisher
대한면역학회
Keywords
dual reporter vector system; transcription activity; promoter assay; FACS
Citation
Immune Network, v.9, no.6, pp.243 - 247
Indexed
KCI
Journal Title
Immune Network
Volume
9
Number
6
Start Page
243
End Page
247
URI
https://scholar.korea.ac.kr/handle/2021.sw.korea/121575
ISSN
1598-2629
Abstract
In this study, we report the development of a new dual reporter vector system for the analysis of promoter activity. This system employs green fluorescence emitting protein, EGFP, as a reporter, and uses red fluorescence emitting protein, DsRed, as a transfection control in a single vector. The expression of those two proteins can be readily detected via flow cytometry in a single analysis, with no need for any further manipulation after transfection. As this system allows for the simultaneous detection of both the control and reporter proteins in the same cells, only transfected cells which express the control protein, DsRed, can be subjected to promoter activity analysis, via the gating out of all un-transfected cells. This results in a dramatic increase in the promoter activity detection sensitivity. This novel reporter vector system should prove to be a simple and efficient method for the analysis of promoter activity.
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