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Elimination of false positives that arise in using the two-hybrid system.

Elimination of false positives that arise in using the two-hybrid system. The two-hybrid system is a genetic method to identify proteins that interact with a specific target protein, which is expressed in yeast as a hybrid with a DNA-binding domain. Use of this method entails transforming yeast, both with this DNA-binding domain hybrid and with a library of activation domain hybrids, followed by screening for transcriptional activation of a reporter gene. In addition to proteins that interact with the target protein, a number of false positives are identified. We provide possible explanations for these false positives along with rapid assays to eliminate them. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png BioTechniques Pubmed

Elimination of false positives that arise in using the two-hybrid system.

BioTechniques , Volume 14 (6): -915 – Aug 20, 1993

Elimination of false positives that arise in using the two-hybrid system.


Abstract

The two-hybrid system is a genetic method to identify proteins that interact with a specific target protein, which is expressed in yeast as a hybrid with a DNA-binding domain. Use of this method entails transforming yeast, both with this DNA-binding domain hybrid and with a library of activation domain hybrids, followed by screening for transcriptional activation of a reporter gene. In addition to proteins that interact with the target protein, a number of false positives are identified. We provide possible explanations for these false positives along with rapid assays to eliminate them.

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ISSN
0736-6205
pmid
8333960

Abstract

The two-hybrid system is a genetic method to identify proteins that interact with a specific target protein, which is expressed in yeast as a hybrid with a DNA-binding domain. Use of this method entails transforming yeast, both with this DNA-binding domain hybrid and with a library of activation domain hybrids, followed by screening for transcriptional activation of a reporter gene. In addition to proteins that interact with the target protein, a number of false positives are identified. We provide possible explanations for these false positives along with rapid assays to eliminate them.

Journal

BioTechniquesPubmed

Published: Aug 20, 1993

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