Difference between revisions of "Transcription factors of the LacI family"
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| − | ===These [[transcription factors]] resemble the ''E. coli'' Lac repressor (LacI). They are involved in the control of sugar catabolic operons in response to the availability of the carbon source. [[CcpA]] is the pleiotropic regulator of carbon catabolite repression.=== | + | ===These [[transcription factors and their control|transcription factors]] resemble the ''E. coli'' Lac repressor (LacI). They are involved in the control of sugar catabolic operons in response to the availability of the carbon source. [[CcpA]] is the pleiotropic regulator of carbon catabolite repression.=== |
* [[AraR]] | * [[AraR]] | ||
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==Important publications== | ==Important publications== | ||
<pubmed> 21085639 20512969 19818797 19269243 12598694 8543068 1639817 </pubmed> | <pubmed> 21085639 20512969 19818797 19269243 12598694 8543068 1639817 </pubmed> | ||
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| + | = Back to [[Transcription factors and their control]] = | ||
| + | = Back to [[Protein families]] = | ||
Latest revision as of 17:33, 6 September 2018
Contents
- 1 These transcription factors resemble the E. coli Lac repressor (LacI). They are involved in the control of sugar catabolic operons in response to the availability of the carbon source. CcpA is the pleiotropic regulator of carbon catabolite repression.
- 2 Important publications
- 3 Back to Transcription factors and their control
- 4 Back to Protein families
These transcription factors resemble the E. coli Lac repressor (LacI). They are involved in the control of sugar catabolic operons in response to the availability of the carbon source. CcpA is the pleiotropic regulator of carbon catabolite repression.
Important publications
