Difference between revisions of "Part:BBa K3071010"
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===Usage=== | ===Usage=== | ||
| − | <center>[[File:T--Hong Kong-CUHK--sigma 54 activation.png]]</center> | + | <center>[[File: T--Hong Kong-CUHK--sigma 54 activation.png]]</center> |
<center><u>Figure 1 The transcription initiation mechanism of the sigma-54 promotors</u></center> | <center><u>Figure 1 The transcription initiation mechanism of the sigma-54 promotors</u></center> | ||
The activation of the sigma54-promotor requires the participation of an activator that binds to upstream elements and the contact between the activator and the sigma 54-RNAP holoenzyme. The contact point for transcription regulator, promote DNA strand separation, influencing the early phase of elongation, and promoter-proximal pausing. Transcription activation requires ATP hydrolysis and leads to a conformational change to an open complex for transcription. | The activation of the sigma54-promotor requires the participation of an activator that binds to upstream elements and the contact between the activator and the sigma 54-RNAP holoenzyme. The contact point for transcription regulator, promote DNA strand separation, influencing the early phase of elongation, and promoter-proximal pausing. Transcription activation requires ATP hydrolysis and leads to a conformational change to an open complex for transcription. | ||
Revision as of 07:37, 19 October 2019
RNA polymerase Sigma-54 factor (rpoN)
Description
Biology
RNA polymerase Sigma-54 factor is the initiation factor that promotes the attachment of RNA polymerase to the specific initiation site and its release. Naturally, this sigma factor is responsible for the expression of enzymes involved in arginine catabolism.
Usage
The activation of the sigma54-promotor requires the participation of an activator that binds to upstream elements and the contact between the activator and the sigma 54-RNAP holoenzyme. The contact point for transcription regulator, promote DNA strand separation, influencing the early phase of elongation, and promoter-proximal pausing. Transcription activation requires ATP hydrolysis and leads to a conformational change to an open complex for transcription.
Sequence and Features
- 10COMPATIBLE WITH RFC[10]
- 12COMPATIBLE WITH RFC[12]
- 21COMPATIBLE WITH RFC[21]
- 23COMPATIBLE WITH RFC[23]
- 25INCOMPATIBLE WITH RFC[25]Illegal AgeI site found at 796
- 1000COMPATIBLE WITH RFC[1000]