Difference between revisions of "Part:BBa K577881:Experience"

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In 2014, SYSU-China applied BBa_K577881 into Integrated Evolution Machine (IgEM). We used the positive control BBa_K577881 to explore the appropriate concentration of L-arabinose inducing the araBAD promoter. The results are shown as follows.
 
In 2014, SYSU-China applied BBa_K577881 into Integrated Evolution Machine (IgEM). We used the positive control BBa_K577881 to explore the appropriate concentration of L-arabinose inducing the araBAD promoter. The results are shown as follows.
  
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[[File:K577881.png|400px|thumb|center|Figure 1. Fluorescence intensity changes of RFP protein induced by different concentration of L-arabinose.  As consecration of  L-arabinose raises, the fluorescence intensity increases.
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https://static.igem.org/mediawiki/parts/d/d7/T--SYSU-China--1.png
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According to the result, we could use the concentration range of L-arabinose from 100μM to 50000μM to get a expression gradient of RFP.
 
According to the result, we could use the concentration range of L-arabinose from 100μM to 50000μM to get a expression gradient of RFP.

Latest revision as of 02:44, 19 October 2019


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Applications of BBa_K577881

In 2014, SYSU-China applied BBa_K577881 into Integrated Evolution Machine (IgEM). We used the positive control BBa_K577881 to explore the appropriate concentration of L-arabinose inducing the araBAD promoter. The results are shown as follows.

T--SYSU-China--1.png

According to the result, we could use the concentration range of L-arabinose from 100μM to 50000μM to get a expression gradient of RFP.

For more information please visit our wiki

http://2014.igem.org/Team:SYSU-China/content.html#Project/Result/RNAT

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